MANUAL INGLES.docx

8/11/2019 MANUAL INGLES.docx

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User’s Manual of Laser Engraving / Cutting software

2

I.".1 Dail maintenance

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!2%

I Chater , -arranty .egulations······························································3

II RDCAM V6.0 User Manual·························································································································

··········

1II Chater ! 'verview··········································································

······3!

II.1.1 aer engraving c#tting tem introd#ction

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!&1

II.1.2 *nvironmental re+#irement!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!&1

II.1.& $oftware r#nning

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!&1

II Chater 2 Software installation·······························································33

II.2.1 Intall

tep!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!&&

II.2.2 Intallation etting!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!

&4II.2.& Intallation

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!&4

II.2.4 *it!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!&4

II.2.4 -ther matter!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!&"

II.2." he pl#g/in of 0orelDraw intalled!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!&"

II.2. he pl#g/in of A#to0AD intalled!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!&

II.2.% he pl#g/in of 0adian intalled!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

41



II.2. he pl#g/in of III#trator intalled!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!42

II Chater 3 Intro$u"tion of Corel*raw0Laser

············································

%%II.&.1 Main interface!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!44

II.&.2 ang#age etting and machine information!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!44

II.&.& 3ile parameter etting!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!4"

II.&.4 -bject $election!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!

4

II.&." -bject 0olor!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!4%

II.&. -bject ranformation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!4%

II.&.% lace object

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!4

II.&. -bject align

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!4

II.&.5 -bject6iew!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!4

II.&.17 8ro#p and #n8ro#p!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!45

II.&.11 9aic graphic creation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!45

II.&.12 Important ool!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!45

II.&.12.% 9itmap

:andle!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!"

II Chater % System Settings·····································································,2

II.4.1 -#tp#t $etting!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!

2

II.4.2 8eneral etting

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!"



II.4.& Machine parameter!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!

II.4.4 Doc#ment Management!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!%1

II.4." Man#al!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!%&

II.4. Info!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!%4

II Chater ) (ro"essing 'utut··································································&)

II.".1 Device

port!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!%"

II.".2 8o $cale, 0#t $cale

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!

%"

II.".& $tart, a#e, $top, $aveo;3ile, ;file-#tp#t, Download!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!%

II.".4 aer $etting!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!%

II Chater , +#1··········································································

··············3

II..1 After tart proceing, the machine doe not move or diorder or lo part of graphic!!!!!!!!!!!!!!!!!!&

II..2 $oftware a#tomaticall h#t down when import file!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!&

II..& Machine panel prompt 【e b#ffer ditance】

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!&

II..4 roceing graphic i mirror to the act#al graphic!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!&

III User!s Manual of "aser #ngra$ing Cutting %oft&are "A%#R＿'(R)

RDCAM6.0····································*+

III Chater ! 'verview··········································································

·····%

III.1.1 aer engraving c#tting tem introd#ction!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!4

III. 1.2 $oftware #pported file format!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!4

III. 1.& *nvironmental re+#irement!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!4



III Chater 2 Software asi" 'eration······················································)

III.2.1 he main interface operation

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!"

III. 2.2 ang#age etting and man#fact#re information

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

III.2.& age $etting!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!

III. 2.4 3ile -pen and $ave!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!%

III. 2." 3ile Import and *port

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

III. 2. 9aic graphic creation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!57

III.2. -bject0olor !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!54

III. 2.5 -bject ranformation!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!54

III. 2.17 -bject Align!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!55

III. 2.11 -bject

6iew!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!177

III. 2.12 8ro#p and ;n8ro#p

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!177

III. 2.1& Importantool!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!

171

III4 Chater 3 System Settings·································································!2

III. &.18eneral

etting!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!127

III. &.2 $tem info!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!12&

III. &.& ;er

parameter!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!124



III. &.4 Doc#mentManagement!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!125

III4 Chater % (ro"essing 'utut···························································!3

III. 4.1 $earch Device!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!1&7

III. 4.2 aer proceing!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!1&1

III. 4.& oition!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1&1

III. 4.4 8o $cale、0#t $cale

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!1&1

III. 4." $tart、a#e、$top、$aveo;3ile、;3ile-#tp#t、Download

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

1&1

III. 4. -#tp#t elect graphic!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!1&2

III. 4.% ath optimi<e!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!1&2

III. 4. et!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1&2

III. 4.5 -#tp#t $etting

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!1&&

III. 4.17 aer $etting

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!!!!1&4

IV Intro,uction of AutoCAD-"aser······················································································································1+

I6 .2.1 3eat#re of A#to0AD=aer!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!14&

I6.2.2 *nvironmental re+#irement

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!14&

I6.2.& Intallation and

tart#p!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

!!!!!!!!!!!!!!!!14&

V Attache,··························································································································

····································1+6

VI UserParameters················································································································································11

VII Instruction on the Machine Parts···················································································································1+



1

Preface

han' o# for b#ing o#r prod#ct. -#r machine i profeional and

high/technolog e+#ipment combined with the optical, mechanical and electrical> here

epeciall edit thi man#al for o#r good operating and maintenance.?e alo ta'e man real object photograph in the man#al> it helpf#ll introd#ce

intallation @ adj#tment, maintenance, afet attention etc. in detail.

he #er ho#ld read thi man#al in detail before #ing, beca#e it will help o#

have a good grap of operating and maintenance.

?elcome to provide o#r val#able comment or #ggetion, will highl

appreciate it



I Manual of laser machine

%tatement

1. An difference are not peciall notified in advance for prod#ct #pdate etc.

reaon.

2. All prod#ct according to the real object, man#alB photograph mabe different with

real object for prod#ct #pdate etc. reaon.



%afet/ ote★he #er ho#ld read the related operating man#al caref#ll before operating. M#t

obe the operating reg#lation trictl. Con/trained people are forbidden to operate

machine.

★he machine #e I6 A$* (trong laer radiate), thi 'ind laer radiation might

ma'e following accidentE

①*a to b#rn aro#nd comb#tible material；② Different wor'ing material might

prod#ce other radiation and toic or harmf#l gae d#ring laer proceing；③ aer

radiationB direct #nlight will ca#e bod harm>

he machine location m#t e+#ip fire/fighting e+#ipment, o forbidden omething

comb#tible and eploive aro#nd the machine, 'eep draft. Con/trained people are

forbidden to operate the machine.

★roceing material and emiion ho#ld conform to local law and reg#lation

★he #er ho#ld conider caref#ll whether proceing material are #itable for

laer wor'ing for ri' reaon.

★here are high/voltage and other potentiall dangero# in the machine,

nonprofeional are forbidden to diaemble machine.

★he operator i forbidden to leave d#ring operating and m#t c#t off witch when

finihing wor'.

★3orbid open an cover d#ring wor'ing.

★Ma'e #re the wire connect well with the gro#nd before operating.

★3orbid the thing inconnected diff#e reflection aro#nd the machine for fear the

laer light reflect the peron or incendive directl (advice #e firehoereel bo in

location of wor'ing).

★he operator m#t oberve caref#ll d#ring the wor'ing of machine, if omething i

eceptional, ho#ld c#t off all the witch.

★Feep the machine in the dr place, non/poll#tion, non/conc#ing, non/trongelectricit, trong magnetim etc.,environmental temperat#re ho#ld be

"/47℃,environmental h#midit ho#ld be "/5"G(no condened team).

★he laer machine need far from enitive *MI e+#ipment, it will ma'e *MI to thi

'ind e+#ipment.

★he machine i forbidden to open machine when the power #ppl voltage i

#ntead or mimatch.

Manufacturer won't take any responsibility and liability because of improper use

and user not obey above all regulations.





I.1.2 Accessories set accor,ing to the real o45ect

Ho#r acceorie et incl#de following part ecept machine (ecept option pare

part)

1. ?ater pipe (air pipe), Air p#mp, ?ater p#mp (ome intalled in water tan'), i

hown in 3ig. 31/&E

31/&

2. *ha#t fan, mo'e pipe, i hown in 3ig. 31/4：

&. aer t#be, i hown in 3ig. 31/"：

31/4

31/"

1) ?ater tan' (for thi machine water tan' i optional part), i hown in 3ig. 31/：



31/

2) Man#al 9ag and inide acceorie, i hown in 3ig. 31/%,31/：

31/% 31/

. 8ro#nd ?ire i hown in 3ig. 31/5(c#tomer need to prepare it b o#relf)E

31/5



I Chater 2 Installation an, Commissioning of the MachineA complete wor'ing tem i compoed b laer engraving machine, the eha#t fan,

air p#mp, water p#mp, water tan', eha#t pipe, data tranmiion line and o on.

According to the need, the #er can config#re the comp#ter, printer, canner ando on b themelve.

I. 2 Installation an, A,5usting %tes

1. "aser 7u4e Installation

A the laer gla i fragile good, the laer t#be ho#ld be pac'ed eparatel in order

to en#re it af e t d #ring the tranportation. $o the #er m#t intall the laer t#be

before machine intallation and commiioning.

aer t#be ho#ld be mo#nted on the bac' of the machine, open the protective cover of

laer t#be> o# can ee the two 6ee/bloc'. A hown in 3ig. 32/1E

32/1

#t the light/emitting window (low/voltage end) of laer t#be with the ame ide of

Co.1 reflector mirror on the 6ee/bloc' caref#ll, and then latch on the r#bber trip on

the 6ee/bloc' wear of laer t#be, fi laer t#be well. A hown in 3ig. 32/2E

32/2



Attention: ①he laer t#be cant be fied too tightl to avoid damaging it> ②9e #re

to 'eep the water inlet (laer t#be high/voltage ide) i located at the bottom of t#be to

'eep the water filling the laer t#be f#ll.

After 3ied the laer t#be, the water inlet pipe which connect with water enor ho#ld

be connected with the high/voltage ide water inlet mo#th of the laer t#be> the watero#tlet pipe ho#ld connect with the low/voltage water o#tlet mo#th of laer t#be (if the

weather i cold, in cae of brea' the laer t#be, wed better cald the end of the water

pipe with boiled water to ma'e it oft.), A hown in 3ig. 32/&, 32/4E

32/& 32/4

All the connector m#t be b#tted firml to prevent water lea'age. he r#bber pipe

m#t be traight, can not be c#rled in order to avoid poor water flow.

3inall, let the high/voltage cable of the laer power #ppl connect to the

high/voltage ide pot head of laer t#be, the low/voltage cable of laer power #ppl

connect to low/voltage ide pot head of the laer t#be, a hown in 3ig.32/" 32/E

32/" 32/

3or ec#rit, pleae eal the pot head of the high voltage ide and low voltage with

ilicon gel.



2. 'ater Pum Installation

leae fill p#re water into the water tan' (the water level ho#ld be higher than the

p#mp at leat). et the water p#mp o#tlet connect to water inlet of the machine, #ing

another piece of water pipe connect to the water o#tlet of the machine ,and p#t the

other ide of thi water pipe into the water to complete the circ#lating water piping

connection. A hown in 3ig.32/%, 32/E

32/% 32/

0onnect the water p#mp power #ppl, at thi time we can ee that the laer t#be i

grad#all filled with water. If the water can thro#gh the water o#tlet pipe moothl, it

how that the p#mp i wor'ing properl.

In order to en#re the cooling water flow of the laer t#be normall, a water protection

enor i intalled in the water reccling tem, when water p#mp wor'ing poor or

abnormal, the laer engraving machine will come into the protection tate

a#tomaticall. hen the laer t#be will not emit the laer light. herefore, in the co#re

of ro#tine maintenance, o# ho#ld pa attention to the clean water p#mp and water

pipe.

. Installation of Air Pum

Ma'e the air o#tlet of the p#mp connected to the air inlet of the engraving machine

with air pipe> en#re the o#tlet can vent air normall after t#rn on the power. A

hown in 3ig. 32/5, 32/17E

32/5 32/17



Air p#mp i ver important in the tem. :igh/pre#re air r #n thro#gh the air p#mp

and blew o#t from the laer light/emitting window of the laer head. -n the one hand,

it can en#re the cleanline of the foc# len, on the other hand, it can prevent the

material inflame b the laer light. herefore, in the ro#tine maintenance, the #er

ho#ld pa attention to the air pipe, m#t en#re that it can not be twit or damaged,

otherwie abnormal air ma lead to b#rning material.

+. Installation of #8haust 9an

3irt, let the #ction inlet of the eha#t fan connect to the d#t #ction o#tlet of the

engraving machine b a mo'e pipe, and fi them with loc'. And then ta'e another

mo'e pipe connect the o#tlet of the fan, and p#t the other end of mo'e pipe to

o#tide. At lat, connect the power #ppl wire well. A hown in 3ig.32/11，32/12E

32/11 32/12

. %afet/ :roun,ing

Morn laer engraver #e fo#rth tpe of laer t#be. he tpe of drive i

high/voltage/driven, o d#ring #er #e the machine, the m#t compl with the

J$afet Cote J. -n the other hand, it a' tringent re+#irement abo#t the afet

gro#nding to the #er. he afe ine/to/8ro#nd eitance ho#ld be le than "K.

$pecific connection method are hown in 3ig.32/12, 32/1&

32/12 32/1&





crew, the pot will move to left.), to in#re that all the pot are in the ame place in

the paper when and where the beam we move.

After adj#t the 1L reflector mirror well, the net, adj#t the mirror 2L a we do at

the firt tep, move the laer head to the nearet ide to 2L reflector , then ma'e a pot

in the paper , then move the laer head to the farthet place to 2L , ma'e a pot.

?e have to adj#t the f#rther pot overlap with the firt pot b adj#t the crew onthe 2L reflector frame.

&ote: As the best, the location of light spot should be in the center of mirrors. he

light spot can not hit the edges of the mirrors. f playing in the edges, please

continue to ad%ust the mirrors until the light spot in the central of them.

At lat we have to chec' whether the light pot are #perpoition wherever the

laer head i. If the pot can not coincide, pleae re/adj#t the optical path b the wa

we tal'ed above #ntil the pot coincide

After finihed the adj#tment, we will chec' whether thi laer pot i plaing in

central of the laer head light hole. If not, t#rn off the laer power #ppl, adj#t the

laer t#be poition. If it i left and right ec#rion, which ide i biaed on, we move

the laer t#be to thi ide direction. $#ch aE if left, we adj#t the laer t#be to left > if

right , we adj#t the laer t#be to right .

If the migration i #p and down, we have to adj#t the laer t#be to the op p o it e

direction, that i, if #p, we will ma'e the laer t#be down> if down, we will ma'e the

laer t#be #p.&ote: he above ad%ustments is %ust for a low(voltage side of laser tube )light side*,

if we want to ad%ust high(voltage side of the laser to achieve the same effect, then

the ad%usting direction is opposite.

he detailed decription of how to adj#t optical path, pleae ee 0hapter 4

JAlignment $tandard of -ptical athJ.

After adj#tment of optical path, pleae cloe the laer t#be protective cover.



I Chater the (eration of laser machine9eide #e the comp#ter to control the f#nction 'e, we can #e the 0ontrol

anel. he following i the brief intr#ction of control panel and main f#nction.

here are 1 f#nction 'e and one 0D anel in the 0ontrol anelE

I..1 Intro,uction of Main Interface

Idle Interface (dipla tem timeE daOmonth Oear)

9ile：;; 9ile um4er ：;;;;

Ma8 Po&er ：;;.;<

Run %ee,：;;; mm=s

%/stem I,le> 2=12=2010

+igure5 34!6!

#nning Interface (dipla r#n time of the elected fileE ho#rOmin#teOecond)

9ile：;; 9ile um4er ：;;;;

Ma8 Po&er ：;;.;<

Run %ee,：;;; mm=s

%/stem Run> 00.12.+0

+igure5 34!62



Main Interface (a#e)

+ile：77 +ile Num8er ：7777

Ma9 (ower ：7747:

.un See$：777 mm/s

System (ause$5 4!24%

+igure5 34!63

#n finihed interface (dipla the total r#n time of the lat fileE h.Omin.Oec.)

In thi interface, if *$0N 'e i p#hed down, the interface will ret#rn to idle

interface, that i to a, the fig#re &.1/1.


Ma9 (ower ：7747:

.un See$：777 mm/s

System I$le5 2)/!2/2!

+igure5 34 !6%

he interface in 3ig#re &.1/1 how when the tem i idle. 3ileN mean the n#mber

of the memor file preentl elected b the operator. If it i 77, it mean the memor

file i not elected. 3ile C#mberN mean the proceing time of the c#rrent file

n#mber. Ma. *nergN and $peedN eparatel mean the maim#m energ and the

engraving peed et on the 'eboard. Maim#m energ i epreed b percentage and

acc#rate to 7.1G. he #nit of proceing peed i millimeter a econd (mmO). ?hen

there i a laer t#be, the interface onl how the maim#m energ of thi t#be a

hown in the above fig#re. If there are two laer t#be that are enabled, the interface

how the maim#m energ of two laer t#be. he main idle interface i ta'en for

eample a hown in 3ig#re &.1/". -n the interface hown in 3ig#re 1/1 and 1/4, o#can pre an 'e on the 'eboard. -n the interface hown in 3ig#re &.1/2 and &.1/&,

ome 'e cant repond.


Ma9 (ower ：7747:/ 7747:

.un See$：777 mm/s

System I$le5 2)/!2/2!

+igure5 34!6)



I..2 Intro,uction of ?e/

（1）eet

Reset

-n an interface, pre the eet 'e (or when the tem i powered) and the

mainboard will be reet. he machine will ee' for the origin (config#red according to

the #er parameter thro#gh tart/#p and reet) and how the eet/in/progreN

prompted in the interface. he machine having #ccef#ll ret#rned to the origin, the

laer head will a#tomaticall move to the etpoint et lat time. If the lat proceing i

#ccef#ll completed prior to the reetting, the tem will at thi time ret#rn to the

interface in 3ig#re &.1/1> if the lat proceing i not completed (i.e. the power #ppl

i c#t off d#ring the proceing), the tem will at thi time how a followE

-hether to (ower6off restart;

<es to =Enter>

No to =Es">

+igure53426!

reing the *cN 'e in thi interface and thi de/energi<ing for contin#o#

engraving will be cancelled and the tem ret#rn to the interface in 3ig#re &.1/1. If

proceing wa once tarted, the fig#re #ncompleted in the former proceing cant be

de/energi<ed for contin#o# engraving> if the *nterN 'e i preed in thi interface,

the de/energi<ing for contin#o# engraving can be tarted in order to proce #ch a

fig#re contin#o#l.

Af ter the de/energi<ing f or contin#o# engraving i tarted, the

interf ace will how oo'ing for c#tof f point, pleae waitN. he

Promt waiting time ha omething to do with the data i<e of lat

proceing. he larger the data i<e i, the longer the earch for the

c#tof f point b the mainboard i. 8enerall pea'ing, if the power

i c#t of f af ter the f ig#re proceing of one ho#r, the time that the

mainboard loo' f or the c#tof f point i approimatel one min#te

when the de/energi<ing f or contin#o# engraving i tarted af ter it i

powered net time.

（2）aer +aser





-n fo#r main interface (i.e. idle tem, r#nning tem and #pended tem,

wor' finihed interface) thi 'e can be preed. re thi 'e and the interface will

how the ame a 3ig#reE &.2/4.

See$ ： 7777 mm/sEnter Es"

+igure5 3426%

he operating mode of thi 'e i imilar to that of the Ma owerN 'e.

?hen the 0 oftware generate the c#ttingOengraving data file, if a certain or all

the parameter of the maim#m power, the minim#m power and the peed parameter

are et at 7, the val#e et on the 'eboard will be ta'en a the correponding parameter

in the idle tate. -nce the wor' i tarted, what i hown in the dipla interface i the

parameter of the laer that i being proceed now.

he power and the peed parameter corrected when the wor' i not tarted will

infl#ence the following operationE bordering, b#rting and man#all hifting the ale

on the 'eboard. If the three parameter will be modified after the wor' i tarted, it

will onl infl#ence the laer that i being proceed, b#t neither the 'eboard parameter et in the idle tate nor other laer parameter.

Promt

'nline arameter "orre"tion of the layer that is 8eing ro"esse$

"an greatly fa"ilitate the user’s sear"hing f or a reasona8le laser

ower an$ see$ mat"hing value4

() 3ile 'e

9ile

re the 3ileN 'e in the idle tem interface or the wor' finihed interface and

two page will appear. re the ;pN and DownN 'e and o# can t#rn the page #p

and down. he interface will how the following in t#rnE

Memory +ile

US +ile

-or? @ime (review

*elete #ll Memory +iles

+igure53426)



+ormat Memory

Clear #ll +ile Num8er

@otal +ile Num8er ：77777

Clear @otal +ile Num8er

+igure5 3426,

9rief the following item eparatelE

◆Memor 3ileNE the related operation on the memor file #ch a

proceing, bordering, coping, deletion and etc.

◆;$9 3ileNE the operation on ;$9 file, #ch a cop to memor and deletion.

◆N?or' ime reviewNE pre thi entr, the wor' time of the c#rrentl elected

file will be calc#lated (o# can alo lower the memor file on the men# to tart the

wor'

time preview feat#re of a certain file), calc#lated time according to the file i<e and

compleit of the graphic, in general, if the act#al wor' time i everal ho#r, then

the calc#lated time ma re+#ire ten econd or even more. he wor' time calc#lated i

conitent with the act#al wor'ing ho#r, acc#rate to the milliecond.

◆Delete All Memor 3ileNE to delete the data of all memor file on the mainboard.

◆3ormat MemorNE to format the memor on the mainboard. here are P#ic'

3ormatN and 0omplete 3ormatN for option. If there i ome abnormit in memor,

o# ma chec' the invalid bloc' with the format f#nction.◆0lear All 3ile C#mberNE to delete the correponding proceing time to each

memor file.

◆otal 3ile C#mberNE to how the preent total time of proceing b the machine.

◆0lear otal 3ile C#mberNE to clear and recalc#late the total file n#mber.

Move the c#ror b wa of the #p and down directional 'e to elect an item firt,

and then pre the *nterN 'e to enter the #bmen#. -n electing Memor 3ileN or

;$9 3ileN, if the callee ha no file, the interface will how the information of no file,

otherwie it will how the n#mber and name of all object file (the #ffi name of

object file i .rd). he proceing time correponding to thi file i hown after the file

name in the Memor 3ileN interface. *ach page ha fo#r fileE

+igure5 3426&



$elect a certain file b preing the directional 'e (move the c#ror with the #p

and down 'e and t#rn page with the left and right 'e) firt, and then pre the

*nterN 'e to enter the #bmen#. 3or memor file, it #pport #ch i item a

0op to ;$9N, #nN, DeletionN, ?or' ime reviewN, rac' 3rameN and 0lear

3ile C#mberN.-n preing the *nterN 'e when o# elect the #nN item, directl tart the

proceing of thi file and the interface how the ame a 3ig#re .1/& (#nning

Interface)> electing o ;$9N and preing the *nterN 'e, thi memor file will be

copied to ;$9 di'. If coping fail, the interface will how the error information> if

coping #cceed, the tem will ret#rn to the prior interface after the bell ring. -n

electing the DeletionN and preing the *nterN 'e, thi file in the memor will be

deleted. $electing the ?or' ime reviewN and preing the *nterN 'e, to tart

the wor' time preview feat#re of the certain file. If rac' 3rameN i elected, the

frame of the graph i previewed. hen if 0lear 3ile C#mberN i elected, the wor'

n#mber of the certain file i et to <ero.

3or ;$9 file, it #pport #ch two option a 0op to MemorN and DeletionN,

the operation of which i imilar to that of memor file. In the operation of file

coping, if the interface how the error information, pleae pre the *nterN 'e or

*cN 'e and the interface will ret#rn to the prior one.

Promt

@his system suorts su"h file formats of US as +#@32 an$ +#@!,A 8ut it"an i$entify them when the files are ut un$er the root $ire"tory of US4 @he

file name of more than "hara"ters will automati"ally 8e "ut out 8y the

system4 @he file name that has only English letters an$ $igits will not show

when they are "oie$ to the main8oar$4 @he files "oie$ from the main8oar$

to US will

8e la"e$ un$er the root $ire"tory of US4

(%) $tartOa#e 'e %tart=

Pause

;nder the fo#r main interface it i o' to pre the $tartOa#e 'e. re thi 'e

on the tem idle interface or wor' finihed interface> the elected file will be

proceed. re thi 'e #nder the r#nning tem interface, and the wor' will be

#pended. re thi 'e #nder the #pended tem interface, and the #pended

wor' will contin#e.

() -rigin 'e(rigin



It will repond when thi 'e i preed #nder the idle tem interface or the wor'

finihed interface. If the ingle etpoint logic i elected b the tem, pre thi 'e

and the mainboard will ta'e the c#rrent QOH/ale poition of the machine a the

relative origin of the fig#re> if the m#ltiple etpoint logic i elected b the tem, it i

invalid to pre thi 'e at an time.(5) 3rame 'e

9rame

It i valid to pre thi 'e #nder the idle tem interface and the wor' finihed

interface. re thi 'e and the bordering will be operated on the c#rrentl elected

file.

(17) *c and *nter 'e

#sc #nter

re the *c or *nter 'e #nder different interface mean to confirm or den thi

operation.

(11) Directional Fe (;p, Down, eft and ight 'e)

In addition to being #ed for modifing parameter and moving the c#ror aabovementioned, the directional 'e can be #ed to move the 'inematic ai #nder

#ch three interface a idle, #pended tem or wor' finihed interface. ;nder #ch

three interface, pre the eft and ight 'e to move Q ai and pre the ;p and

down 'e to move H ai. If the inching ditance i et at 7, the moving time mean

the time of preing thi 'e, which mean that movement tart after the one of the

'e i preed and movement top after the 'e are releaed. ?here the inching

ditance i not 7, the correponding ai will move for the correponding inching

ditance after one of the directional 'e i preed once. In the movement proceing

the peed can be increaed or red#ced a#tomaticall in order to reach the

maim#mOminim#m coordinate. he maim#m peed of 'e movement i the peed

val#e et on the 'eboard when the tem lie idle.

Promt

#fter the olarity of $ire"tional signal f or ea"h a9le of the ma"hine is

a$Buste$ wellA if you ress the Left ?ey an$ the 7 a9le will move

rightwar$ an$ if you ress the U ?ey an$ the < a9le will move $ownA

whi"h mean the ?ey olarity of the a9les moving to the oosite

$ire"tion is not right4 In su"h a "ase you shoul$ mo$if y the ?ey olarity

of this a9le4













$tep eightE If the two pot are not #perpoition, adj#t the crew on the bac' of

the 2L mirror to ma'e the laer fire on the ame poition a the firt pot.

$tep nineE epeat the ith to eighth tep #ntil the two pot overlap completel.Moreover, the pot ho#ld be in the center of the hole.

$tep tenE Affi m#lti/tore do#ble tic' tape paper on the &L reflector,

pre p#le, get a pot on the paper. If it i in the center of light hole, then pa.

$tep QIE If the laer light i not in the center of light hole, a below fig#reE

In the left 3ig#re, the pot i #pper and right biaed.

op to bottom biaE can onl raie or lower the laer t#be.

Inide and o#tide biaE onl move the laer t#be in or o#t to adj#t.

In thi cae, it i eential to lower the laer t#be (here refer to low/voltage ide

of the laer t#be), and then, from the beginning of all the re/adj#tment of the firt

tep.



&ote: he operator cant do the above working until after the professional

training. #therwise, the operator do this working must with the help of the

professional .he operator must pay attention to security when ad%usting, to

prevent the laser radiation wounding.

I Chater Dail/ Maintenance an, Common 9aultshe table wor'ing of the machine i ineparable with normal dail operation and

maintenance. :ere are ome common dail maintenance and common fa#lt analiEI..1 Dail/ maintenance

. -eplacement of the cooling water )clean water tank and replace recycled water

once a week are recommended*:

P#alit and temperat#re of the cooling water can affect the lifetime of laer t#be

directl, #gget #e p#rified water or ditilled water, and water temperat#re ho#ld

be

below than &" ℃.?hen higher than &" ℃,pleae replace cooling water, or add ice

c#be to lower the water temperat#re,(cooling device i recommended, or #e two

water tan').

&ote: o ensure that the laser tube full filled with cooling water before

machine working.

. /leaning of 0ater ank

3irt of all, t#rn off power, diconnect the water inlet pipe, let the inide water of

the laer t#be flow into the water tan' a#tomaticall, open water tan', ta'e o#t the

water p#mp, clean water p#mp and water tan', p#t the p#mp bac' to water tan', inert

the water pipe which connect water p#mp to water inlet mo#th of the machine, finih

all joint, then replace cooling water. #rn on the water p#mp power #ppl iolatel,

let the p#mp r#n 2/& min#te (ma'e laer t#be f#ll filled with water).1. /leaning of 23haust 4an

After long time #ing, inide of fan will acc#m#late m#ch olid d#t, o the

eha#t fan will ma'e a great noie, and it i not cond#cive to the eha#t .?hen the

eha#t effect become poor, we have to clean the fan and mo'e pipe .3irtl, t#rn off

the power #ppl, remove the two pipe from the fan, clean d#t inide of the pipe,

and then clean the d#t inide of the fan.

5. /leaning of +ens )daily cleaning is recommended before work, equipment must

be in shutdown state*

A we have tal'ed before, engraving machine ha three reflector mirror and one

foc# len (1L reflector mirror i near the light o#tlet mo#th of laer t#be, the #pper



left corner of the machine, 2L reflector mirror i at left ide of the beam, &L reflector

mirror i on the top of laer head, the foc# len i located in the bottom part of the

laer head), the laer i end o#t b the mirror reflecting and foc# len focali<ing.

Mirror i ea to be dirt, re#lting in laer lo and mirror damage, o# neednt

remove 1L,2L and &L mirror when cleaning them, U#t #ing a cotton bar to dip ome

cleaning ol#tion (acetone or alcohol) , wab caref#ll b rotating from central to edgeof the len.

a'e o#t the foc# len from the laer head, #ing the ame method clean it, after

cleaning, p#t it bac'.

&ote: ① you should wipe the lens carefully, cannot damage the surface coating6

② you should do that lightly, to prevent falling6 ③keep concave side downward

when install the focus lens.

7. /leaning of 8uideway )suggest cleaning every two weeks, equipment must be

in shutdown state*

3irt of all, move the laer head to the far right (or left),wipe with a dr cloth #ntil

hin clean, together with a little oil (ewing machine oil i recommended),p#h the

laer head everal time lowl along the g#ide, o that l#bricant can be evenl

ditrib#ted. 0lean and l#bricate the H ai two g#idewa i the ame a Q ai.

&ote: $lease prepare for cleaning 8uide ( dry cotton cloth, lubricating oil.

. -ptical path inpection

-ptical path tem of the laer engraving machine i completed b the mirrorreflection and foc# len foc#ing, and there i optical path bia with the foc# len,

b#t the three mirror i fied b the mechanical part, optical path bia i ver poible

for them, altho#gh there i no optical bia normall, we till #gget o# chec' optical

path before wor'ing.

leae get detailed eplanation from 0hapter 4 JAlignment $tandard of -ptical

ath J



I..2 Common 9aults A n a l / s is

Co.

henomena

of

Malf#nction

Anali method $ol#tion

1-pen the

machine b#t

no movement

0hec' power #ppl of

machine connect well or not

Ma'e all power #ppl

electrif again

Mainboard parameter i right

or not

0orrect the parameter

according to oftware

operating man#al

2?or'ing with

nontop laer


or not

0orrect the laer

parameter according to

oftware operating man#al

&De#ltorlight when

wor'ing

0hec' water circ#lation i

wimmingl or not

0lean water tan', water

p#mp and water pipe

6oltage i table or notAdd reg#lator for the laer

machine

4

$elf/tet

abnormal

when tarting


or not

0orrect the Q and H ai

direction ,limit poition

parameter according to

oftware operating man#al

"

After o#tp#t

data ,machine

no action

0hec' whether the data port

choice i correct.0hooe correct port

0hec' whether t#rn on the

machine#rn on the machine

0hec' whether connected

gro#nd wire for the machine0onnect gro#nd wire

chec' whether intalled the

;$9 driver intall the ;$9 driver

Co laer

when

wor'ing

0hec' whether optical path i

biaAdj#t the optical path

0hec' whether the cooling

water i r#nning*n#re the water i r#nning

%

0ant detect

the laer e+#ipment

he comp#ter or ;$9

comm#nication problem

0hange comp#ter or ;$9

line

http://www.iciba.com/analysis/

http://www.iciba.com/analysis/



I Chater 6 'arrant/ Regulations

". 0arranty $eriods

3rom the date of p#rchae, whole ear warrant (ecept con#mable). -ptical

lene and the laer t#be are con#mable, three month warrant.

". 0arranty /lauses

hi warrant i for prod#ct of o#r compan.

D#ring the warrant period and #nder the correct #e, malf#nction can be baed

on thi warrant term, how the warrant card or invoice, enjo o#r free maintenance

ervice.

he following cae, cant enjo the free ervice, a fee will be charged according

to the concrete condition.

1) Maintenance ervice not ca#ed b the machine +#alit>

2) -vertep the warrant period>

&) 0ant how or alter warrant card>

4) Didnt f#lfill the contract#al obligation>

") ?itho#t the compan agree, privatel to tear open o#tfit, modification,

maintenance of prod#ct>

) *+#ipment fail#re d#e to h#man or force maje#re factor.

he compan onl a#me the legal obligation for the prod#ct itelf, b#t donBt

a#me other reponibilitie which ca#ed b the #ing of the prod#ct.



II RDCAM V6.0 User Manual

II Chater 1 ($er$ie&II.1.1 "aser engra$ing cutting s/stem intro,uction

aer engraving c#tting tem thro#gh a comp#ter n#merical control machine

tool to achieve effective control, according to the #er different re+#irement of the

completion of proceing ta'. hi man#al decribe how to #e the oftware to

complete the ta' of laer proceing

II.1.2 #n$ironmental reuirements

⑴ ?indow Q operating tem and above, Q recommended。

⑵ Above 0;",above III or 6 recommended。

⑶ Memor, above 18 recommended

II.1. %oft&are running

*mbedded oftware can be embedded in 0orelDraw、A#to0ad、0aDian2717 and

Ill#trator 0$" oftware, the oftware i imilar to the operation, embedded oftware,

intallation method, pleae refer to VVD0AM oftware $et#p Man#al WW

1.&.1 #n 0orelDraw

1W#n 0orelDraw。

2WImport graph to 0orelDraw，or draw ome graphic。

&W0lic' toolbar b#tton , then D0AM r#nning。

1.&.2 #n A#to0ad1W #n A#to0ad

2W Import grahic to A#to0ad，or draw ome。

&W0lic' toolbar b#tton

then D0AM r#nning.





II Chater 2 %oft&are installationII.2.1 Install stes

（1）Do#ble/clic' the D0AM$et#p.ee #nder the intallation director, the following dialog

bo appearE

（2） Cli"?【Install】，when e9tra"t "oy is to 8e "omlete$A the installation main interfa"e

aears5





II.2.+ (ther matters

!F efore installing the lug6in softwareA the software that has 8een arti"ulate$ shoul$ 8e shut $own4

#fter installationA restart the software4

2F @he regular version an$ the *EM' version of the lug6in software is "overe$ 8y ea"h other4

3F In the $efault installation athA the normal version an$ the *EM' version of the in$een$ent

software an$ $ifferent tyes of in$een$ent software mother8oar$ with ea"h other4

+or the same time to install two versionsA sele"t the【"ocate install ath】4@he regular version an$ the *emo version shoul$ 8e installe$ in the $ifferent lo"ation4

In a$$itionA nee$ to the aroriate software installation lo"ationA manually a$$ a $es?to

short"ut for the software4

%F Mo$ify the information of manufa"turers

In the a"?ageA in a$$ition to .*C#MSetuA there are four te9t files4

Info0S"he、Info0@"he、Info0En、Info0'therA the four files "orreson$ to the software

information of manufa"turers that 8e $islaye$ in Simlifie$ ChineseA @ra$itional ChineseA English

an$ the "ustom language4 If the four te9t is mo$ifie$A manufa"turer information also will 8e installe$

when the rogram was installe$4

'en the te9t that shoul$ 8e mo$ifyA an e9amle in Simlifie$ Chinese5

Comany Name5

! 444 J+ill in "omany name hereK

#n$ so onA the "omany information in other languages is the same set4

II.2. 7he lugBin of CorelDra& installe,

l#g/in oftware #pport the verion from 0orelDraw11 to Q", b#t ome implified verion

of 0orelDraw i not #pported. :ere to the intallation of 0orelDraw12 a an eample tointrod#ce the intallation proce of pl#g/in oftware. If not pecified, it i referring to

0orelDraw12.

9efore intalling the pl#g/in oftware to r#n 0orelDraw.

$elect 【ool】/W【-ption】









3or ome veion of A#to0ad(#ch a green verion) ma not navigate to the locate

where the A#to0ad wa intalled on. -nl need to chec' ocate intall pathN on the

intallation oftware, and then man#all browe to navigate the folder location to the root of

A#to0ad oftware where the pl#g/in program ho#ld be intalled on.

*it the intallation program, and r#n A#to0ad.

oolbar interface in A#to0ad will appear

If the b#tton doe not appear, elect 【ool】/W【Macro】(A)/WMacro(M) in the men#.

If o# can not find it in the men#, it i beca#e the verion of A#to0ad ma not #pport

the pl#g/in. leat re/intall a f#ll verion of A#to0ad.





$elect AddN b#tton in the pop/#p dialog bo. In the A#to0ad director, man#all locate

and elect acad.dvb,acad.lp. And loading thee two file.

Adding the file, cloe the dialog bo, and then cloe the A#to0ad. Ho# can ee the pl#g/in

toolbar when o# open the A#to0ad again.

II.2. 7he lugBin of Ca,ian installe,

0adian pl#g/in are now available for the non/implified of 0adian2717. he other verion i

not teted. ?hen 0adian wa intalled, o# ho#ld cloe the r#nning 0adian proced#re.

#n $et#p. $elect 0aDian aerN a the peN. And then clic' 【Intall】.

A 0aDian i green oftware, intallation program can not a#tomaticall find the

intallation director where the need to man#all locate the intallation path. $elect the

0aDian intallation folder, and clic' -FN b#tton.





.

A Ill#trator i green oftware, intallation program can not a#tomaticall find the

intallation director where the need to man#all locate the intallation path. $elect the

Ill#trator intallation folder, and clic' -FN b#tton.

After intallation i complete, the following dialog bo appear.

*it the intallation program, and r#n Ill#trator.







◆ /ombine lines：According to merger tolerance, a#to/connecting c#rve.

◆ /olor map automatically switch to grayscale：9eca#e #nder normal

circ#mtance, graphic are baed on gracale. If the imported bitmap i a color

image can be

converted to gracale.

◆ mport <3f te3t info：?hen the #er need onl Df the graphic information, not

need the tet information within the file, do not chec' thi.

◆ <3f =nit:

he defa#lt df #nit of oftware i MM. ;er can change it to 0M、inch and c#tom.

◆ 23port precisionE he preciion of eport o#tp#t file (rd format).

◆ >elocity unitE $oftware #pported two tpe of peed #nitE mmO、mOmin. $elected

according to #age. After it wa elected, the peed of parameter on the interface #nit

will change with it.

II..+ (45ect %election

In the proce of drawing and edit graphic,firt of all i to elect the object.

?hen the object i being elected,in the center of thi object will have a haped mar' X N，

and #rro#nded b eight control point.

0lic' men#【;elect】， witch to tat#$electN。;nder thi tat#, o# can elect

object. he following are five 'ind of method of electing

◆ $hortc#t /trl?A, elect all object。

◆ 0lic' mo#e on the creen to elect ingle object





II.. Place o45ect

lace the object i to facilitate the view or poition. ight/clic' men# f#nction can be

doc'ed in the object will be placed on the page elected everal pecial poition (#pper left,

#pper right, lower right, lower left, and center of the page), and if placed in another location,

o# can #e the 2. object tranform feat#re implementation.

II..* (45ect align

$elect m#ltiple object, #e the alignment tool in the contet men# on the elected object

to a variet of p#blihing operation.

Align the bae objectE re $:I3 for a ingle object in t#rn chec' for an object to the

final choice a a benchmar'. 0#rve n#mber for the mar+#ee to the object at the bottom for

the benchmar'.

II.. (45ect Vie&

he view of the object can be #ed in the viewer right/clic' men#.

◆ ranslation: 0lic' 【6iew】O【Move】, hen hold down the left mo#e b#tton in

the drawing area, drag the pan.

◆ Marquee view: 0lic' 【6iew】O【6iew elect】 .Mo#e to the drawing area, holddown the left mo#e b#tton and drag in the drawing area dipla a mar+#ee in the dahed



bo, releae the mo#e, were framed in the region will be the larget hare in the drawing

area to dipla.

◆ >iew page: 0lic'

【6iew】【O

◆ >iew data:

0lic' 【6iew】【O

II..10 :rou an, un:rou

6iew age 3rame】. Ho# can view the f#ll page

dipla. 6iew Data 3rame】. Ho# can view the f#ll

elected object.

*dit graphic, and ometime need to be a part of the operation a a whole (#ch a

m#lti/line tet lao#t).

MethodE $elect the gro#p of graphic, and then elect the men# 【2dit】 O 【8ro#p】

(【;n8ro#p】).

II..11 Easic grahics creation

◆ +ine

0lic' men#【+ine】,drag the mo#e on the creen o# can draw an arbitrar line。re

the

0trlN 'e while dragging the mo#e to draw hori<ontal or vertical line.

◆ $olyline

0lic' men#【$olyline】。Drag the mo#e on the creen o# can draw an arbitrar

polline.

◆ -ectangle

0lic' men#【-ectangle】。Drag the mo#e on thecreen o# can draw an arbitrar i<e

rectangle.re the 0trlN 'e while dragging the mo#e to draw +#are.

◆ 2llipse

0lic' men#【2llipse】。Drag the mo#e on the creen o# can draw an arbitrar i<e

ellipe. re the 0trlN 'e while dragging the mo#e to draw ro#nd.

◆ $oint

0lic' men#【2llipse】. 0lic' the mo#e on the creen, o# can draw a point.

II..12 Imortant 7ool

:ere are ome fre+#entl #ed tool. ;ing thee important tool, can ma'e the

c#rrent doc#ment in the graphic more orderl, and ma'e the proceing of o#tp#t

more fat.

II..12.1 Manual sorting an, the set of cutting oint an, the cutting ,irection

$oftware provide #er a convenient tool for the man#al orting. $elect 【2dit】 /

W【 ;et cutting property】 . 0#tting propert dialog bo will pop #p. All with man#al

orting, and c#t point, c#tting the direction of the etting in thi dialog bo can becompleted.







0hooe the primitive that ho#ld be changed the c#tting order, then the c#tting erial

n#mber of the c#rrent primitive will dipla in the object propertie bar.

*nter the erial n#mber directl in the proceing n#mber, then pre the 'eboard

*nterN 'e, or clic' the plot area, the c#tting order will be changed.

2W 0hange the proceing direction

0lic' 【/ut property】/W【;et /ut <irection】, to enter the edit mode of the c#tting

direction. hen o# can do#ble/clic' on an poition on the elected graphic.

&W 0hange the c#tting point

0lic' 【/ut property】/W【;et /ut $oint】, to enter the edit mode of the c#tting

point. hen elect the c#rve that ho#ld be edited, o# can do#ble/clic' on the node that o#

want

to et the c#tting point to complete the change of the c#tting point.

II..12.2 %etting An, #,iting 7he Cut In=Cut (ut "ines

Drawing or importing c#rve, the c#rve i defa#lt not have an c#t inOc#t o#t line.

If want to add c#t inOc#t o#t line,elect the object，then clic' 【/ut property】/

W【2dit cut in property】.he following dialog bo i appearing.









;nder normal circ#mtance do not elect the *nable -verlap errorN. emoving the

overlapping line when two line are compared to a good degree of coincidence. If o# need

to delete overlapping line, o# ho#ld elect *nable -verlap errorN, and et overlap error.

8enerall do not overlap error et too large, o a to avoid accidental deletion.

II..12.6 Com4ine Cur$e

0lic' men#【

ool】

O【

/ombine /urve】，

the following dialog bo appear.

he oftware a#tomaticall merge c#rve in the elected c#rve, when thee c#rve

merge tolerance i le than the etting of combine error.

II..12. Eitma Fan,le

$elect a bitmap, then clic' men#【ool】/W【9itmap handle】,



In the top right of the dialog bo dipla the information of the c#rrent image.

9e noted that，the hori<ontal reol#tion and vertical reol#tion i changing with drag

caling.【Apply to view】：0#rrent etting i onl #ed for preview, witho#t affecting to the

original bitmap， pre b#tton【/ancel】， bitmap will ret#rned to the tate of original

image. herefore, onl #e for adj#t effect. :owever, thi approach re+#ire more time and

memor

$pace.

【Apply to source】：0#rrent tting i #e for orginal bitmap directl，o even finallclic' b#tton【/ancel】，image will alo #nable to ret#rn to the original image. herefore, itmainl #ed in m#lti/tep operation，and the c#rrent operation of thi tep i necear to do,

#ch a general pict#re m#t be tranformed into gracale. hi can ave the comp#ting

time of the follow/#p operation.

【;ave as】：etain the re#lt of the previo# operation, In addition to #ing【Apply to

view】can alo be eported。-n thi baic, to facilitate #be+#ent proceing.

【8ray scale】8enerall, other image proceing i baed on the gracale，o before

handling, o# can do a gracale proceing, then clic' b#tton【Apply to source】。3or the

gracale than the color image occ#pied maller memor，for large image tep b tep

handle, to a certain etent to avoid the lac' of memor.3or color image, adj#t contrat and brightne, have ome a#iliar effect to following

dither proceing.



"

Adj#t contratE

InvertE

$harpE

9efore proceing After proceing



here are three method for dither proceingE Cet graphic、Dot graphic、9lac' and white@ &et graphic



Cet graphic need adj#t net i<e， better #ited to material which i not high reol#tion，

or the laer i relativel low to repond.

o get the appropriate net i<e, o# can adj#t reol#tion and net fre+#enc of the image.

he higher reol#tion, the more delicate.

he higher net fre+#enc,the maller net i<e.he lower net fre+#enc, the bigger net i<e.

8enerall, reol#tion of image i "77 / 1777, and net fre+#enc i &7/47line.

@ <ot graphic

Dot graphic performance of good gracale， better #ited to material which i high

reol#tion, and the laer repond fat.

1@ 9lack and white

In mot cae, the effect of color image into blac' and white image i poor,，however,

for ome clear o#tline image, i ver ea to #e.

8et outlineE





$oftware #pport the preview of the doc#ment to be proceed, and o# can get ome baic

information thro#gh the preview. 3or eample, the path of the act#al o#tp#t of the proceing,

general proceing time, proceing the ditance. he machining proce can be im#lated.

In addition to the c#rrent edited file preview, o# can alo preview the file have been

aved a rd.

1W review rd fileE

Do#ble/clic' in the graphic dipla area. 0hooe the graphic o# want to preview in the pop/#p dialog bo. And then open

2W $oftware alo #pport to et the parameter of preview

ight/clic' Anwhere in the graphic dipla area, the config#ration men# will appear.

$elect 0onfigN , pop/#p following dialog bo





$elected b the original path or edit the path, pre the original drawing graphic o#tp#t

to the machine proceing the order.

If the order b laer, from inide to o#tide and other optimi<ation method are #ele.

8enerall do not chooe the propert> in a ver large n#mber of graphic o#tp#t, the

choice of thi propert witho#t having to wait for the oftware algorithm proceing time.

2W order of layer

he lit from top to bottom laer b laer order, followed b the o#tp#t laer to themachine proceing.

8enerall do not chooe to (not in front of chec') b order of the o#tp#t laer.

&W nside to outside

If there are other graphic within the cloed graph, then the firt c#t and then finihed

c#tting all the graphic inide the cloed graph.

4W Auto determine start point and dir

If not chec'ed, then do path optimi<ation, onl adj#t the order of graphic proceing,

c#tting tarting point and the c#tting direction to remain at the original graphic proceing"W Auto find start point

;ing the change f#nction, the graph from the clo#re point to find a more ideal tart

c#tting. 3or pecial procee, #ch a c#t gla, chooe thi, in general, do not chooe.

W 9acklash repay optimie

?hen the machine there i pace (#ch a dilocation of the eal c#tting graphic), can be

chec'ed, in general, do not chooe.

%W 9lock handle

9loc' height for the different graphic to et a different height val#e, there i no r#le for

the arrangement of the graphic, height generall between 17/27mm et.

9loc' proceing need can chooe the direction from top to bottom, from bottom to top,

from left to right or right to left.3or a reg#lar arrangement of graphic, if o# want to achieve the deired c#tting

e+#ence, o# m#t et the appropriate height. 8enerall high altit#de ta'e a ingle line graph,

a the bloc' height.

II.+.1.2 Arra/ %etting

Arra proceing etting i facilitate #ed to treatment arra proceing of graphic.

B &um and C &um，correpond to the row and col#mn of the arra

B ;pace and C ;pace，correpond to the row pacing and col#mn pacing of the arra.

repreent the ditance of the graphic edge.

repreent the ditance of the two graphic center.

Adj#t the Q pace, H pace more cloel the graphical lao#t, clic' the plot area, o that

graphic are not elected, then the arrow 'e on the 'eboard to adj#t, and roll the mo#e

to dipla the <oom, o the adj#tment interval proce more acc#rate.

9estrewing 9readth ;etting :



According to the i<e of frame and c#rrent arra etting, to determine the maim#m

n#mber of col#mn(B &um) and row(C &um).

0lic' b#tton 9estrewing breadth, the following dialog bo appearE

0lic' #D ，oftware can a#tomaticall calc#late the appropriate n#mber of row and

col#mn.

II.+.1. otate *ngraving

【2nable rotate engrave】：After enable engraving，the act#al preciion of H/ai

will be baed on diameter and tep per rotate to a#to match the etting of p#le preciion of

H/ai. In addition, the wor' area in the main interface will alo change.

【<iameter】：he diameter i<e of the part.

【;tep per rotate】：he n#mber of p#le correpond to the wor'piece rotate one

wee'. he f#nction i to facilitate the #er to replace part, and different i<e of the

wor'piece

when the wor'piece i not ver different before #e. ?hen the relativel large difference in

i<e of the wor'piece, it i recommended to #e directl modif the motor tep approach toimplementation.

otar engraving i onl when #ing the rotation ai to replace the H/ai #e.

II.+.1.+ 3eed $etting

o #e the feed, m#t firt enable the feed.

After et feeding parameter，the haft will be feeding a feeding length, and repeat the

proce , #ntil the time of proceing reach to n#mber of feeding.

If the machine i not e+#ipped with feeding device, in general, enable the feed ban.

II.+.1. Position

$etting the laer head bac' location after proceing completed.(0#rrent poition、

-riginal anchor 、Machine Rero.

/urrent $osition : aer head bac' to the poition before proceing.

#riginal anchor : aer head bac' to the lat anchor ,the anchor ma et at panel.

Machine ero : aer head bac' to the <ero of the machine.



II.+.1.6 (utut select grahics

After chec' #utput select graphics，then onl o#tp#t the elected part, rather than

not o#tp#t the part not elected.

II.+.2 :eneral settings

II.+.2.1 %mall Circle %ee, "imit

-n proceing wor' ，the oftware a#tomaticall determine whether the c#rrent ro#nd

need to limit peed ,then according to the diameter i<e of the circle to determine the peed.If parameter config#ration appropriate ,will greatl enhance the +#alit of mall ro#nd. 0lic'

b#tton【Add】，【<elete】, 【Modify】 to config#ration.

$mall circle i le than peed of the r#le limiting the lit of mall ro#nd circle of

minim#m radi#, minim#m radi# circle at the peed of the o#tp#t of the correponding.

If the peed greater than maim#m peed limit lit the peed ro#nd, the peed onl

aociated with the peed of the laer.

If the peed i in the lit, et the o#tp#t peed b lit.

If the re+#et received b limiting laer parameter fater than the peed et in the laer,

pre the peed of the o#tp#t laer.II.+.2.2 %can 4ac?lash

aer canning graphic wa, beca#e the relationhip between the machine belt tenion

ma ca#e the edge of the canned graphic #neven. herefore, increaing bac'lah to fi. It

ha the pecific bac'lah for the certain peed. 8eneral, the greater the peed, the greater the

bac'lah.

① Add bac'lah

0lic' the Add b#tton, the creen will pop #p a hown in 3ig#re



$et peed and bac'lah, clic' -F, the val#e to be inerted into the lit of bac'lah.

② Modif bac'lah

Do#ble/clic' the left mo#e b#tton canning (revere gap) need to modif the revere

bloc' entr clearance, then the pop/#p creen hown in 3ig#re.

In the interface can modif the c#rrent peed of the correponding bac'lah.

③ emove bac'lah

ight/clic' canning (revere gap) bloc' in the bac'lah to delete the item, then clic' the

【<elete】 b#tton.

II.+. Machine arameters





proceing time, b#t the peed i not too high, and beca#e the Q, H aial load i different

from the rate, general the initial peed of Q/ai lightl higher than the initial peed of

H/ai

3 Acc, y Acc: ?ith the canning peed (the peed of laer in the laer parameter) to

match, if et too mall, the can peed to a longer ditance, the canning efficienc. he

machine can be et according to the act#al tr#ct#re, load condition var. $ince Q, H ai

load, generall m#ch higher than the Q/ai H/ai accelerometer.

+ine shift speed of scanning: thi parameter i peciall #ed to control the ma. peed of

the canning to hift verticall from one line to the net line below it. If d#ring the canning,

the line pace i too large or the bloc' pace i too large when canning bloc' fig#re while

precie poitioning for each line or bloc' i re+#ired, o# can et the line hirt peed of

canning to a comparativel low val#e. hi parameter cannot be le than the j#mp/off

peed of the correponding ai d#ring the line hift and cannot be higher than the ma.

peed of the correponding ai d#ring the line hift, if the etting i illegal, the controller

will a#tomaticall et thi parameter within the range above.

;can mode: here are two mode for o#r electionE the general mode and the pecialmode, in the general mode, there no an treatment d#ring the can, in the pecial mode,light pot will be treated. If the pecial mode i activated, the power of the laer ho#ld beincreaed and correpondingl, the light pot percentage will be lower and the laer poweratten#ation will be higher, to achieve the ame depth of canning, the laer power ho#ld behigher. he p#rpoe to elect the pecial mode i to ma'e the laer to emit beam at high

power and in hort period, d#ring deep canning, the effect of flat bottom can be achieved, however, if the light pot are improperl adj#ted, thi effect manot be achieved and the wor'ing mode of high power and hort period ma infl#ence theervice life of the laer. he defa#lt mode i the general mode.

4acula ;ie: ?hen canning the general pattern of election, the arg#ment i invalid,

when o# elect a pecial mode, the onet of the parameter. 0ontrol the parameter of control in "7G to 55G, repectivel.

II.+.. Fome arameters

ome speed: hi parameter determine the machine i t#rned bac' to the origin when

the peed of a larger format if the machine can be et to reet the peed i too large, b#t not

too m#ch.

B, C, E, = Auto home: he ai can be et whether ho#ld reet at boot time.

II.+..+ :o %cale arameters



8o scale mode: oint of light to go off the border, the opening c#t border, corner

three mode.

8o scale blank: ?al'ing frame can be baed on the act#al image i<e #p and down again

abo#t the direction of ome of the white left ide of the border in order to en#re complete

contain the act#al graphic.

hi etting i on the control panel to go with the border/related f#nction, while wal'ing

on the border with the independent oftware.

II.+.. (ther arameters

Array mode: o# can chooe the wing mode and the one/wa mode. he $wing modeE

c#tting the arra bac' and forth in order> the -ne/wa modeE alwa c#tting the arra from

one direction to another. If -ne/wa mode i elected, all arra #nit have the ame

movement mode and the ame li+#idit of movement, however, thi mode will ta'e more

time than the wing mode. he defa#lt mode i the $wing mode.

-eturn position: Ho# can elect the locating point and the machine origin. hi

parameter decide the poition, the locating point or the machine origin, where the laer headtop #pon completion of each operation.

<elay before feed: ;ing the feeding device, the dela before a ingle feed, #er can

arrange the time and the li'e, #ch a pic'ing proce.

<elay after feed: efer to the material ent to the feed device in place, the need for

tabilit after a period of time for proceing.

4ocus depth: A#to foc# operation to find the correponding panel.

9acklash B, C: ;ed to compenate the bac'lah ca#ed b the machine drive problem.



II.+..6 A8is Mirror

8enerall, Ai direction of mirror i baed on the act#al location of the limit or home of

machine.

he defa#lt coordinate tem if Decarte coordinate tem, and <ero in the bottom left.

If the <ero point of the machine i top left, then Q/Ai do not need to mirror, b#t H/Aineed to mirror. If the <ero point of the machine i top right, then both Q/Ai and H/Ai

are all need to mirror.

More convenient wa i to view the graphical dipla area if the location coordinate and

arrow on o#r machine the act#al poition of the ame origin. If not, then modif the

direction of the mirror. If the arrow appear in the #pper left corner coordinate, and the

origin in the #pper right corner of o#r machine, o# j#t need to chec' both the Q mirror.

II.+.. Position of "aser Fea,

oition of aer head mean the location laer head relative to the graphic.

op eft op Middle op ight



Middle eft 0enter Middle ight

9ottom eft 9ottom Middle 9ottom ight

when o# int#itive view, j#t loo' at the <one where the green point appear.

II.+..* A4solute Coor,inate

Ho# can directl chec' thi option when o# want the graphic location in the graphic

dipla area correpond to the act#al wor' location of proceing. hen the graph poition

will no longer relate with the act#al o#tp#t poition of the laer head and orientation point,

b#t alwa regard mechanical origin a the anchor point.

II.+.+ Document Management



@ -ead

0lic' b#tton -ead，the oftware will comm#nication with the controller ，read the lit

of file on the controller.

After read controller #ccef#l ,file information will be diplaed in the doc#ment lit.

@ <ownload

0lic' b#tton <ownload，will pop #p the file dialog , elect Y.rd downloaded file, then the

file will be downloaded to the controller.

If the download i #ccef#l, the doc#ment lit will #pdate.

1@ $rocess

$elect the file to be proceed from the doc#ment lit ,and clic' b#tton $rocess

he controller will tart the pecified doc#ment。

+H Delete

$elect the file o# want to delete from the doc#ment lit，and clic' b#tton <elete

he controller will delete the pecified doc#ment.

If the deletion i #ccef#l, the doc#ment lit will be #pdated.

7@ <elete AllA#tomaticall remove all file in the controller, and #pdate the doc#ment lit.

"@ /al time

Motherboard #pport proceing file toward ho#r wor'ed. $elect the file to calc#late

the wor' ho#r wor'ed and clic' the b#tton. 0alc#lation to be completed, the control panel

will be prompted to complete the calc#lation. And then point to read b#tton hown in the lit,

calc#lated from the wor'ing ho#r.

In addition, when the doc#ment proceing operation performed, the ho#r information

will alo be covered b the act#al proceing wor'.F@ =pload

;pload the elected file which i on the motherboard to 0.





II.+.6 Info

Information on the operation of the motherboard man#fact#rer need to enter paword to

view parameter.

1W otal on timeE he total time of motherboard wor'ing

2W otal processing timeE he total time of proceing ,incl#ding the time of j#mp moving.

&W $revious processing timeE he time of the lat proceing

4W otal laser on timeE he time of the laer proceing

"W otal processing timesE he n#mber of completed proceing, not incl#de the proceing

forcing to end.

W B total travelE he total travel of motor Q.%W C total travelE he total travel of motor H.

Motherboard versionE he verion of the c#rrent controller.

he f#nction of #pgradeE

If the board ha additional feat#re, the man#fact#rer will provide the #pdate file (Y.

bin format), the #er can load the #pgrade file to #pgrade the motherboard. After the #pgrade,

o# need to clic' on the control panel JeetJ b#tton reet the motherboard before normal

#e.



II Chater Processing (utut

II..1 De$ice ort

$oftware #pported two wa to lin' motherboardE ;$9 and *arthnet.

;er clic' the Device port b#tton, and et lin' tpe and port in the pop/#p dialog.

;$9E

If the comp#ter onl connected one device，o# can et to A#to。he oftware will

a#tomaticall earch the device.If the comp#ter connected man device, then firt of all o#

need to clic' 【;earch】.After earch, the connected device will all add to the drop/down

lit.

?hat o# need to do i elect the pecified device.

*arthnetE

If the comp#ter onl connected one device，o# can et to defa#lt。If the comp#ter

connected man device, all o# need to clic' 【;earch】.After earch, the connected

device will all add to the drop/down lit.

II..2 :o %cale3 Cut %cale

3or *ample 8o ;cale, A the following fig#re hown, the act#al graphic i ro#nd, and

the red rectangle o#tide the circle i the mallet rectangle, clic' b#tton 8o ;cale, laer head

will r#n once along the rectang#lar path.



3or *ample /ut ;cale, A the following fig#re hown, the act#al graphic i ro#nd, and

the red rectangle o#tide the circle i the mallet rectangle, clic' b#tton /ut ;cale, laer

head will be c#t along the rectangle.

II.. %tart3 Pause3 %to3 %a$e7oU9ile3 Ufile(utut3 Do&nloa, ;tart：-#tp#t thec#rrent graphic to the machine for proceing. $auseG/ontinue：0lic' $ause，will topthe proceing wor', clic' the b#tton again to

/ontinue;top：$top the c#rrent proceing wor'

;aveo=4ile：

$ave c#rrent file a D format，#ing for offline proceing（0an be copied to other

memor board for f#ll offline operation）。

=4ile#utput：

-#tp#t the offline file (D format)

After ave offline file, clic' =file#utput to elect rd file to proceing.

<ownload：Download the file to the memor of the controller , then #er can tart the file thro#gh the machine panel.

II..+ "a/er %etting

Do#ble/clic' the laer that o# want to edit in the laer lit, laer parameter dialog bo

will pop #p. aer parameter in two part, part of the common laer parameter, namel,

how both tpe of proceing laer, the laer parameter are valid. he other part i the

proprietar laer parameter. Camel, when change the laer tpe of proceing, thecorreponding parameter will change.



II..+.1 Common "a/er Parameters %etting

+ayer: $oftware #e laer to diting#ih proceing graphic parameter of different

laer. he can proceing method, a n#mber of the bitmap in the ame laer, the overall

o#tp#t a a pict#re, if o# want to eparate o#t all the bitmap, the bitmap can be placed into

different laer.

s #utput: here are two optionE He and Co. $elect He, the correponding laer

will be eported for proceing> $elect Co, the correponding laer will be not eported for

proceing.

;peed: he peed of laer proceing.

In term of c#tting peed, the better the proceing effect i and the moother the trac' i>the fater the peed i, the wore the proceing effect i>



-n the canning proce, the more lowl, the ame energ the deeper the net can, can

trace thic'ening, canning reol#tion accordingl red#ced. 3ater to can the ame energ

the more hallow depth, detail ditortion increae.

-n the dot proce, the main change i the peed of moving air.

If o# chec' the Jdefa#ltJ, the act#al peed of the peed et b the panel to decide.

s blowing: If the machine add a fan, and fan ha been enabled, then if the election i

JHeJ, then when proceing the laer, it will open the fan, otherwie, will not open fan. Ifthe fan i not enabled, o# either elect JeJ or JCoJ, are meaningle.

$rocessing mode: roceing mode, meaning the mode to proce correponding

laer. If o# elect vector laer (color laer) c#rrentl, there are three optionE aer

canning,

aer c#tting and aer dotting>

If o# elect bitmap laer (9M laer) c#rrentl, there i onl one optionE aer canning.

+aser, +aser: aer ignal correponding to the board 1 channel and 2/wa laer

o#tp#t. If a ingle head machine, the firt 2/wa laer meaningle.

Min power, Ma3 power: he range of power val#e i 7S177, it mean the intenit of laer

d#ring the proce> the higher the val#e i, the tronger the laer i, and the lower the val#e

i, the wea'er the laer i.

roceing for different tpe have different meaning.

he c#tting proce, the act#al power i compared with the c#tting peed to follow, the

peed of low energ i alo low, high/peed energ i high, o a to en#re the energ

evenl thro#gho#t the c#tting proce. herefore, the peed of minim#m power

correponding to the lowet energ, the minim#m peed i ##all 7, b#t if o# et a

minim#m peed of ta'e/off peed of the ta'e/off peed> maim#m power correpond to the

laer peed.

ow to set proper Min power and Ma3 power:If the laer i too trong d#ring the whole proce, o# ho#ld et the minim#m and

maimal power lower, otherwie, et them higher>

If the laer i too wea' in ome place d#ring the proce, o# ho#ld et the maimal

power higher>

If the laer i too trong in ome place d#ring the proce, o# ho#ld et the minim#m

power lower.

If it i c#t thro#gh, the minim#m power and maim#m power wa no ignificant

difference can be et to the ame.

-n the canning proce, general canning, minim#m power and maim#m power m#t

be conitent. 0arving lope, the minim#m power correpond to the top of the lope of the

power, maim#m power correpond to it bae of power.

Minim#m power i top of the partial width i too mall, the detail at the eol#tion

#nclear.

Minim#m power i too large then the lope i not obvio#.

op

9ottom

-n the laer dot proce, the minim#m power and maim#m power can be et to

the ame.

If o# chec' the Jdefa#ltJ, the act#al power to et the power from the panel to determine.



0lic' the b#tton JAdvancedJ, o# can alo et other laer parameter.

$en =p and <own:

If the machine ha been intalled lift platform, and re+#ire a high degree on

different platform for proceing, o# can the f#nction of en #p and down.

hi poition correpond to pen #p i the height at which the platform for proceing,

carring the pen poition i empt, ta'e the correponding before, the platform ho#ld be

moved to the laer head height which then pan will not prod#ce interference with the

wor'piece to be proceed. If the pan doe not confirm the laer head to prod#ceinterference with the wor'piece to be proceed, o# can not lift the pen poition et.

MethodE

1W *nable pen #p and down.

2W he poition of pen downE Man#al control panel 'e mobile platform to be graphic

proceing 8raphic proceing plane, adj#ting the foc#. hen the b#tton JreadJ, o#

can et the poition of pen down.

&W he poition of pen #pE Man#al control panel 'e mobile platform, move to the laer

head doe not interfere with the wor'piece height and moving the laer head thro#gh

the panel b#tton to confirm no interference, clic' the b#tton JreadJ, o# can et the

poition of pen #p.

<ot:

Dot here i pecificall for the point drawing tool to draw primitive, or imported from

a df file, point primitive. And independent of the c#rrent wa of proceing laer,

namel, whether the c#rrent laer i c#t or a can, piel graphic of the dot to dot mode i

alwa o#tp#t.

he peed of dot i the peed of laer, and the energ of dot i the maim#m energ of

the laer.

2nable laser:

?hen the machine i e+#ipped with two laer, #nder normal circ#mtance, itwo im#ltaneo# o#tp#t

:owever, #er can alo be enabled b etting the laer to ma'e them all the wa i

not o#tp#t.



II..+.2 "aser %can Parameters %etting

he left ide of the dialog bo to et the parameter for the vector can, the right of

the dialog bo, a bitmap can parameter.

$can of the vector data do not #pport Cegative *ngrave, -ptimi<ed $can, -#tp#t direct.

&egative engrave: If o# do not elect Negative engraving, the blac' dot which r#n

acro the bitmap will emit laer and the white dot which r#n acro the bitmap will not. If

o# elect Cegative engraving , the white dot which r#n acro the bitmap will emit laer

and the blac' dot which r#n acro the bitmap will not.#ptimied scan: If o# elect - ptimized scan, it will adj#t #er et#p of

Scanning interval a#tomaticall to the bet val#e and optimi<e the canning effect.

-therwie, we ho#ld elect Scanning interval a et b the #er for canning. ?e

generall elect the -ptimi<ed canning.

#utput direct: -n the gracale bitmap, gracale graphic for the act#al o#tp#t, where

both the deep color of the laer energ, laer energ where light color mall.

-amp effect: If o# elect amp effect, it can ma'e the trac' edge of canned fig#re

preented a ramp in order to attain olid effect.

#verstriking: Incl#de ;n/proce, Intaglio and rilievi. 8eneral elect ;n/proce.

$can the font i the font that i part of the can, which i the font intaglio.

$can the bottom of the bottom part of the can, which i the font rilievi.

&ote: elect the ramp effect, et the font bold chooe not to deal with. -therwie, it

will affect the ramp effect.

3ont intaglioE the tet doe not have the o#tline border. It i the tet itelf that i to be

canned, pleae ee the fig#re belowE

3ont rilieviE he tet ha the o#tline border, it i the fig#real bae to be canned, pleae

ee the fig#re belowE



;can modes: incl#ding Q=#nilateralim, Q=wing, H=#nilateralim and H=wing.

Q=#nilateralimE he laer head can fig#re bac' and forth at the level direction, b#t onl

emit laer toward one direction. 3or eample, the laer head emit laer when canning from

right to left, b#t not emit laer when canning from left to right.

Q=wingE he laer head emit laer and can fig#re bac' and forth hori<ontall.

H=#nilateralimE he laer head can fig#re bac' and forth verticall, b#t onl emit laer

toward one direction. 3or eample, the laer head emit laer when canning fromthe top down, b#t not emit laer when canning from the bottom #p.

H=wingE he laer head emit laer and can fig#re bac' and forth verticall.

&ote: 0e generally adopt the scanning mode of X_swing .

nterval: he interval between the c#rrent line and the net line to be canned b the laer

head. he maller the interval i, the dar'er the canned fig#re i> If revere, the wea'er.

-ecommendation: ① he scanning interval is set below H.mm for vector layer )color

layer* in general. ② he scanning interval is set above H.mm for bitmap layer )9M$

layer* in general, and then the Minimum power and Ma3imum power should be

changed to attain the perfect effect of the scanned figures.

II..+. "aser Cut %etting

%eal cutting has not

close, the grahics

aear the case is close,3

/ou can comensate &ith

the seal to close3 4ut if the

seal is mislace,3 /ou can

not comensate3 /ou can

use +.. otimiGation

-pen dela

0loe dela

hro#gh mode



;ing the lit width compenation can compenate for the offet between the graphic

and the act#al o#tp#t graphic that ca#ed b laer c#tting.

It onl ha effective for the cloed graph.

<irection: 0ompenation direction i et according to act#al need, #ch a c#tting a

circle, if o# want to retain the c#tting down of the circle, o# ho#ld et o#t the direction of

compenation> If o# want to 'eep the hole ho#ld be et to compenate for the inward

direction.

;ew width: it i the width of the laer.

II..+.+ "aser Dot Parameters %etting

@he time for emitting laser on

one $ot $uring the ro"ess4 @he

higher the value isA the $ar?er

@he interval 8etween the $ots

Dot length, for c#tting dah line

-nl dot at center



II Chater 6 9A

II.6.1 After start rocessing3 the machine ,oes not mo$e or ,isor,er or loss

art of grahics

◆ Che"? whether the grahi" $ata is out if frame4 @he $ata 8eyon$ of the framewill not 8e "ut4

◆ Che"? the setting of Laser hea$ osition4

II.6.2 %oft&are automaticall/ shut ,o&n &hen imort file

If the oerating system is 7(A lease "he"? if the at"h is installe$4

II.6. Machine anel romt 【"ess 4uffer ,istance】

◆ Che"? the engraving see$ in the ma"hine arameter ，generallyA the

engrave see$ no

◆ Ensure that grahi"s are not "lose to the 8or$er of the ma"hine frame4

II.6.+ Processing grahics sis mirror to the actual grahics

Che"? =A8is Mirror > in the :eneral settings $ialog（See：4.2 General setting s）





III Chater 2 %oft&are Easic (erationIII.2.1 7he main interface oeration

After tart the oftware, o# can ee the interface hown in the following fig#re.

Menu 4ar :rahics %/stem 4ar Align 4ar

#,it 4ar /ontrol panel

"a/er 4ar

Menu 9ar：he main f#nction of thi oftware are available thro#gh the implementation of the Men# 9ar. *ec#te the men# command i the mot baic mode of operation. Men# 9ar

incl#dingE Doc#ment、*dit、Draw、$etting、roceing、6iew and :elp.

;ystem 9arE -n the $tem 9ar, placed ome mot commonl command b#tton which i

choen from the men#.

8raphics 9arE 8raphic propert bar i the baic attrib#te of graphic operation, incl#ding

graphic location, i<e, cale, n#mber proceing.

2dit 9ar：he *dit 9ar defa#lt on the left of the wor' area. In the *dit 9ar placed fre+#entl

#ed tool to ma'e the operation more fleible and convenient.

Align 9ar：Alignment of the elected object。

+ayer 9ar：0hange the laer of the elected object。

/ontrol $anel：;ing the 0ontrol anel to complete laer proceing of m#ltiple ta',

aer parameter etting, ai control, proceing Zetc.



III. 2.2 "anguage settings an, manufactures information

In addition to intallation proce can et the oftware lang#age tpe, o# can eail witch in

different lang#age.

0lic' Men#

9a【r

:elp】/W【语言Oang#age】epand men#，elect the re+#ired lang#age

tpe.

o obtain man#fact#rer information,o that we can provide o# with better ervice. 0lic'

Men# 9ar 【:elp】/W【Abo#t D0AM】

he bottom of the dialog bo how the c#rrent oftware verion n#mber. A different verion of oftware

ma be have ome difference on the f#nction and interface, o# can eail contact and comm#nicate with

man#fact#rer thro#gh oftware verion n#mber.

III.2. Page %etting

0lic' Men# 9ar 【0onfig】/W【age etting】the following

dialog bo appear：

【age width】：$oftware page width, ##all aociated

with machine Q breadth。

【age height】：$oftware page height，##all

aociated with machine H breadth。

;nder normal circ#mtance, if o# have connected to

the motherboard, oftware will a#tomaticall format for the



c#rrent wor' of the machine, a a page i<e.

If the board i not connected, or need their own c#tom page i<e (#ch a to et the page

i<e b material), o# can #e the page etting to reconfig#re the page i<e.

【8rid】

$etting gird pace and whether enable grid.

【Feboard】

;er can #e arrow 'e to moving or rotating the elected graphic.【0olor config】

$etting the color of the wor' area.

III. 2.+ 9ile (en an, %a$e

he oftware #e rld file format to ave graphic information、laer parameter of vario#

laer and proceing e+#ence of the graphic element.

III.2.+.1 (en 9ile

0lic' men#【3ile】/W【-pen】,or clic' icon , the following dialog bo appear：

%elect file

（2） $elect file (e.g. Defa#lt.rld), clic' 【-pen】

III.2.+.2 %a$e 9ile

（1）0lic' men#【3ile】/W【$ave】,or clic' icon ,the following dialog bo appear：



Inp#t file name

（2）*nter the file name in the edit bo，then clic' 【$ave】。

III. 2. 9ile Imort an, #8ort9eca#e thi oftware i rld format, o to ma'e or edit the #e of other material will be

done b importing. After #ing the *port to graphic file for other oftware.

$#pported file format for import E df, ai, plt, dt, db...etc

$#pported file format for eportE plt

III.2..1 9ile Imort

0lic' men#【3ile】/W【Import】，or clic' icon 。he following dialog bo

appear. $elect file,and clic' 【-pen】。

◆ $elect【review】，the elected file can be hown.

3or mot vector file, data a#tomaticall imported into the correponding laer of D0AM

oftware according to the laer decription.

3or ome pecial doc#ment #ch a D$OD$9, data will be imported into the c#rrent laer.



0#rrent laer

III.2..2 9ile e8ort

0lic' men#【3ile】/W【*port】or clic' icon 。he *port dialog bo appear.

Inp#t file name,and clic' b#tton【$ave】.

III. 2.. 9ile arameters setting

$+ $recisionE According to the acc#rac of the original

plt file to elect the appropriate import #nit.

;mooth curvesE ?hen import vector file，a#tomaticall

moothing the original c#rve. 3or the original graphic i

mooth or need to repeatedl adj#t the beet moothing

effect, o# can #nchec' thi b#tton. Do not do moothing

c#rve ma red#ce time of import proceing.

Auto close curve：According to cloe tolerance a#tomatic

chec' and cloed c#rve

/ombine lines：According to merger tolerance,

a#to/connecting c#rve.

/olor map automatically switch to grayscale：9eca#e #nder normal circ#mtance,

graphic are baed on gracale. If the imported bitmap i a color image can be converted togracale.



mport <3f te3t message：?hen the #er need onl Df the graphic information, not need

the tet information within the file, do not chec' thi.

23port precisionE he preciion of eport plt file or o#tp#t file.

>elocity unitE $oftware #pported two tpe of peed #nitE mmO、mOmin. $elected

according to #age. After it wa elected, the peed of parameter on the interface #nit will

change with

it.

III. 2.6 Easic grahics creation

◆ +ine

0lic' men#【Draw】/W【ine】，or clic' *dit 9ar ,drag the mo#e on the creen o#

can draw an arbitrar line。re the 0trlN 'e while dragging the mo#e to draw hori<ontalor

vertical line.

◆ $olyline

0lic' men#【Draw】/W【olline】，or clic' *dit 9ar 。Drag the mo#e on the creen

o# can draw an arbitrar polline.

◆ -ectangle

0lic' men#【Draw】/W【ectangle】，or clic' *dit 9ar 。Drag the mo#e on

the creen o# can draw an arbitrar i<e rectangle.

re the 0trlN 'e while dragging the mo#e to draw +#are.

◆ 2llipse

0lic' men#【Draw】/W【*llipe】，or clic' *dit 9ar 。Drag the mo#e on the

creen o# can draw an arbitrar i<e ellipe.

re the 0trlN 'e while dragging the mo#e to draw ro#nd.

◆$oint

0lic' men#【Draw】/W【*llipe】，or clic' *dit 9ar . 0lic' the mo#e on the creen, o#

can draw an point.

◆ e3t

0lic' men#【Draw】/W【et】，or clic' *dit 9ar 。And then in a drawing area an

poition clic', pop/#p tet inp#t dialog bo.



0hooe font word, inp#t tet word, then et high , wide, word pacing, line pacing. 0lic' again 【-F 】.

he oftware alo #pport variable tet, the o/called variable tet, the tet i need according to certain r#le

change, ever o#tp#t proceing time, tet to be a#tomatic change again. 3or the tem variable have character

tpe date variable and erial n#mber

6ariable i the date when the

c#rrent ever time proceing ta'e

the c#rrent tem of comp#ter time

o#tp#t. $oftware offer a variet of

date format for c#tomer to

chooe.

;er can alo et the date

migration, have the da b the

month according to the ear &'ind.

A in pac'aging carved on the

epiration period can #e the

prod#ct.



If A907771D*3 procee repeatedl, A907772D*3, A9077&D*3 #ntil A905555D*3

a gro#p of erial n#mber.

【refi】 E erial n#mber prefi, eample A90 i leading tring.

【$#ffi】 E the erial n#mber of the #ffi, eample D*3 i the tring after.

【$tart $C】 E from which a pecified n#mber tart man#fact#ring, eample i to tart to

7771 erial n#mber.

【0#rrent $C】 E the c#rrent proceing to which, erial C#mber, can alo be #ed to

pecif the c#rrent to proceing which erial n#mber. A in the proceing a gro#p of erial

n#mber,

lea'age proceing the one, b#t thro#gh the deignated the c#rrent erial n#mber to ma'e

proceing, not et tart, erial C#mber, beca#e in ome cae a gro#p of erial n#mber

re+#ire repeated proceing, namel to a erial n#mber, need to go bac' to the tart erial

n#mber tart man#fact#ring.

【$C Inc】 E the interval n#mber can be precribed e+#ence n#mber. *ample will in t#rn

proceing from 7771 to 5555 erial n#mber, the increment i 1.

If onl need to o#tp#t even or odd n#mber erial n#mber, can et incremental i 2.

【 *nable reet】 E when erial n#mber proceing to reet the erial n#mber, 【c#rrent $C】

will be a#tomaticall reet to 【tart $C】.

*ample re+#ire repeated proceing from 7771 to 5555, erial C#mber, o can be

deignated 5555 a reet, erial C#mber, when proceing the 5555 erial n#mber, tet will

a#tomaticall change to 7771.

【 *nable prefi R*-】 E if not lead to <ero, the tem will a#tomaticall remove the firt

in the erial n#mber of <ero digital before the <ero. $#ch a the eample, erial C#mber, if not the leaderB <ero can A907771D*3 will become A901D*3. 9#t it i worth noting that,

if we want to o#tp#t erial n#mber i A901D*3, A902D*3 #ntil A905555D*3, we canBt



thro#gh the will 【tart $C】 et to 1 to achieve, b#t thro#gh the cancel 【 *nable prefi

R*-】 to achieve, thi i beca#e et in the pecified n#mber from the tart the erial

n#mber which one, beginning o#tide, alo pecifie the n#mber of ignificant digit, #ch a

will begin to erial n#mber et to 1, the change of the erial n#mber order iE

1,2,&,4,",,%,,5,7,1,2,&,4,"... $erial n#mber wonBt change to 17, beca#e the effective a erial

n#mber had 1.

【 *nable $C arra 】 to the arra of wa, one/time proceing more erial

n#mber. for intanceE

7771 7772 777& after thi batch proceing erial n#mber, 771" 7714 771&

777 777" 7774 'ip directl to the net gro#p of 777% 777 7775

771 771% 771 771 771% 771

◆ Cature

0lic' men#【Draw】/W【0apt#re】，or clic' *dit 9ar

If the comp#ter ha been connected to the image device, the dialog bo will appear. After it

wa elected, o# can collect the pict#re from the pecified device.

.F #b%ect ;election

In the proce of drawing and edit graphic,firt of all i to elect the object.

?hen the object i being elected,in the center of thi object will have a haped mar' X N，

and #rro#nded b eight control point.0lic' men#【Draw】/W【$elect】，or clic' *dit 9ar ，witch to tat#$electN。;nder

thi tat#,o# can elect object.he following are five 'ind of method of electing：

◆ 0lic' men#【*dit】/W【$elect All】（$hortc#t 0trlTA）, elect all object。



◆ 0lic' mo#e on the creen to elect ingle

object

◆ $elect object #ing elect

bo

re the mo#e and drag, a long a the bo come into contact with the object will be

elected。

◆ Increaed elect objectOmin# elect

object

Increae elect：re $hiftN 'e, clic' or bo elect to increae elect object.

Min# elect：re $hiftN 'e, clic' or bo elect the elected object.

◆ $elect object according to

laer

ight/clic' the elected laer, then the part of all object in the laer will be elected.

III.2.* (45ect Color

he color of object that i the color of the object conto#r.Ho# can clic' the color b#tton on

the aer 9ar to change the color of the object ha been elected.he clolor of the preed b#tton i the color of c#rrent laer.

III. 2. (45ect 7ransformation

ranformation of object mainl incl#deE object location、orientation and i<e. 9#t doe not

change the baic hape of the object and it characteritic.

ranformation of object for #er, provide a convenient #er interface. ;er can

mirror and rotation thro#gh within the draw toolbar.

Ho# can alo #e the -bject ropertie toolbar

Ho# can alo #e the right tranformation tool to tranform and cop the graphic.



III.2..1 (45ect Image

-bject image i flip the elected object in the

hori<ontal or vertical direction.

0lic' *dit 9ar ，flip the elected object

hori<ontal.

0lic' *dit 9ar ，flip the elected object

vertical.

-r thro#gh the mirror to the tranformation tool,

hori<ontal and vertical mirror, and cop.





III. 2.. (45ect %iGe

Ho# can et i<e and center poition of the elected object.

-r #e the i<e tranformation toolbar to change the i<e of object. 0an modif the i<e,

chooe whether to loc' the apect ratio, and et the poition relative to the object to

tranform.



III. 2..+ 7ilt

-bject can be tilted b the tilting tranformation tool. It can be et the tilt anchor and the

tilt angle.he tilt will ca#e ditortion of the bitmap and the practical application of mall,

c#rrentl onl #pport the tilt vector graphic.

III. 2.. (45ect Arra/ Relication

0lic' *dit 9ar ，elect object want to cop。hen clic' ， the following dialog bo

appear：

?idth of a ingle graphic(mm) :eight of a ingle graphic(mm)

Ho# can arra replication object along different direction. he direction of cop i baed on

the original graphic. $#ch a chooe the arra direction lower right, then the original graphic



will appear on the #pper left corner.whera if it i to the #pper left arra, then the original

graph appear in the lower right.

After etting the arra n#mber and arra pacing，clic' b#tton【Appl】,o# can ee the

act#al graphic

arra.

here are two form of arra pacing：center pacing and edge pacing.

0hooe center pacing，then【Q Ditance(mm)】、【H Ditance(mm)】repreenting the

ditance of the two graphic center.

If not chooe center pacing,then 【Q Ditance(mm)】、【H Ditance(mm)】repreenting the

ditance of the graphic edge.

0enter ditance Q [ *dge ditance Q T width of object

0enter ditanceH [ *dge ditance H T height of object

$witch between the two 'ind of calc#late method,【Q Ditance(mm)】、【H

Ditance(mm)】

will be calc#lated a#tomaticall.

0lic' 【9etrewing breadth】，he oftware will a#tomaticall calc#late the arra

n#mber according to the wor'piece ie、width、height、Q ditance and H ditance。

Adj#t pacing can be directl inp#t val#e,and clic' 【Appl】

0an alo pre the dirction 'e to adj#t object pacing。

0hec' 【0enter 】,then after object arra replication,graphic will be centered on the wor'

area. $croll the mo#e wheel to <oom view of the graphic.

Drag the mo#e to pan view of the graphic。

III. 2..6 Place (45ect 7o 7he (rigin

lace the object i to facilitate the view or orientation. he following tool are provided

b oftwareE

, elected object will be placed in the center of the page, that i the object center

coincide with the center of the page.

, $elected object will be placed on the page left, #pper right, lower right,

lower left, #pper left corner of the object, #pper right, lower right, lower left and #pper left

corner, top right, bottom right, bottom left corner of coincidence.

III. 2.10 (45ect Align

$elect object，clic' tool on the Align 9ar .



?hic' incl#deE

eft alignment、ight alignment、op alignment、9ottom alignment

6ertical center alignment、:ori<ontal center alignment、center alignment

:ori<ontal e+#iditance、6ertical e+#iditance

$ame width、$ame height、$ame i<e.

9enchmar' object：

If o# pre $hiftN'e and elect object one b one,<hen the benchmar' object i the lat

object.

If o# elect object b elect bo,then <he benchmar' object i the object which c#rve

n#mber in the final.

III. 2.11 (45ect Vie&

Move：0lic' men#【*dit】/W【Move】，or clic' 。hen hold down the left mo#e

b#tton in the drawing area，and drag pan.

Room -#t：0lic' men#【*dit】/W【Room-#t】，or clic' 。*ach clic' it，the

drawing area <oom o#t once.Move mo#e to the drawing area and clic',each clic',mo#e poition a

center drawing area <oom o#t once.

Room In：0lic' men#【*dit】/W【RoomIn】，or clic' 。*ach clic' it，the drawing

area <oom in once.Move mo#e to the drawing area and clic',each clic',mo#e poition a

center drawing area <oom in once .

6iew $elect：0lic' men#【*dit】/W【6iew $elect】，or clic' 。Move the mo#e to the

drawing area,hold down the left mo#e b#tton and drag，a dah border bo will how in the

drawing area,releae mo#e b#tton，then the region in the dah border bo will dipla in the

drawing area with the larget proportion.

6iew age 3rame：0lic' men#【*dit】/W【6iew age 3rame】，or clic' 。he page

frame will f#ll dipla.

6iew Data 3rame：0lic' men#【*dit】/W【6iew Data 3rame】，or clic' 。he

elected object will f#ll dipla

III. 2.12 :rou an, Un:rou

*dit graphic, and ometime need to be a part of the operation a a whole (#ch a

m#lti/line tet lao#t).



MethodE $elect the gro#p of graphic, and then elect the men# 【*dit】 O 【8ro#p】

(【;n8ro#p】), or directl elect the toolbar .

III. 2.1 Imortant 7ool

:ere are ome fre+#entl #ed tool. ;ing thee important tool, can ma'e the c#rrent

doc#ment in the graphic more orderl, and ma'e the proceing of o#tp#t more fat.

III. 2.1.1 Manual sorting an, the set of cutting oint an, the cutting ,irection

$oftware provide #er a convenient tool for the man#al orting. $elect 【*dit】/W【$et

c#tting propert】. 0#tting propert dialog bo will pop #p. All with man#al orting, and c#t

point, c#tting the direction of the etting in thi dialog bo can be completed.

%ho& ath

3irt chec' the how pathN, it will dipla the c#rrent graphic c#tting order and the c#tting

direction.

Manual sort

$elect . hi b#tton i #ed to witch the c#rrent tat# of the operation i to edit or view.

hen o# can mar+#ee or clic' the graphic in the graphic dipla area (or clic' one piel or

chec' man piel). After electing the graphic, elect , thee graphic to be redirected



to another lit, to be proceed a the firt primitive. rimitive followed b repeated

operation, to complete e+#encing of all graphic.

0hange the direction of graphic proceing

Mo#e elect the graphic in the graphic dipla area or in the lit. And then clic'

.

0hange the c#tting point

$elect the graphic that ho#ld be changed the c#tting point, it will how all the node in the

c#rrent graphic. $elect the tarting point, do#ble/clic' the mo#e, it will change the tarting

point of the c#rrent graphic. After the completion of all change, clic' , the re#lt

of the change can be aved.In addition to c#tting propert feat#re, the oftware alo offer ome tool to change the

c#tting order, c#tting direction and c#tting point.





III. 2.1.2 %etting An, #,iting 7he Cut In=Cut (ut "ines

Drawing or importing c#rve, the c#rve i defa#lt not have an c#t inOc#t o#t line.

If want to add c#t inOc#t o#t line,elect the object，then clic' 【*dit】/W【*dit c#t in

propert】，or clic' .he following dialog bo i appear.

o ma'e c#t inOc#t o#t line, firt of all need to enable the c#t/inOc#t o#t f#nction.

here are two tpe of the c#t inOc#t o#t lineE traight line and arc

$traight line c#t in achieve thro#gh three waE

0#t in with angleE c#t in line and tarting egment into a certain angle，co#ntercloc'wie

angle i poitive

0#t in at center ，the tarting point of the c#t in line i at center.0#t in from center ，the direction of the c#t in line i from center to tarting point, and length

i a etting.

0#t o#t line

0#t in line



he arc length of c#t in arc i a etting.

here are two tpe of c#t inOc#t o#t arc，a hown in the following fig#re

3emale Male

$he proceing of etting c#t o#t line i ame a c#t in line.

III. 2.1. Path (timiGation

ath optimi<ation i primaril to re/order the vector graphic.

0lic' men#【:andle】/W【0#t optimi<e】，or clic' ,the following dialog bo i appear.



0lic' men#【*dit】/W【$how ath】，or clic' ，can ee the c#tting path before and after

proceing.

aer head


8raphic c#tting path i alwa tarting from the laer head。

III. 2.1.+ Cur$e %mooth

3or ome le acc#rac c#rve, thi f#nction can ma'e c#rve more moothne, and

proceing moother.

0lic' men#【:andle】/W【0#rve $mooth】，or clic' ，the following dialog bo

appear。



Drag the mooth lider, and clic' b#tton【Appl】， before mooth and after mooth c#rve

will

all how in the dialog。

he blac' c#rve repreent the original c#rve, and the red c#rve repreent after mooth

c#rve.

Ho# can view the graphic with drag mo#e.

Ho# can <oom inO<oom o#t the graphic with croll wheel.0lic' b#tton【3#ll3rame】，graphic will hown in the dialog bo for larget.

After get atified moothing effect，clic' b#tton【Appl】，c#rve will proceing

mooth according to moothne etting.

$elect Direct moothN , o# can #e another moothing method.

he choice of moothing method ho#ld be changed with the need of the act#al graphic.

III. 2.1. Chec? Closure

0lic' men#【

:andle】

/W【

0#rve a#to cloe】，

or clic' $tem 9ar ,the following dialog

bo appear.

0loe errorE ?hen ditance from the tarting point to ending point le than cloe tolerance,

a#tomatic cloing of the c#rve.

3orce to cloeE Mandator clo#re of all elected c#rve.



III. 2.1.6 Remo$e 7he ($erla

0lic' men#【:andle】/W【Delete overlap】,or clic' ，the dialog bo appear.

;nder normal circ#mtance do not elect the *nable -verlap errorN. emoving the

overlapping line when two line are compared to a good degree of coincidence. If o# need

to delete overlapping line, o# ho#ld elect *nable -verlap errorN, and et overlap error.

8enerall do not overlap error et too large, o a to avoid accidental deletion.

III. 2.1. Com4ine Cur$e

0lic' men#【:andle】 O【0ombine 0#rve】，or clic' ,the following dialog bo appear.

he oftware a#tomaticall merge c#rve in the elected c#rve, when thee c#rve merge

tolerance i le than the etting of combine error .

III. 2.1.* Eitma Fan,le

0lic' ，and elect a bitmap, then clic' men#【:andle】/W【9itmap handle】, or clic'

$tem 9ar .



In the top right of the dialog bo dipla the information of the c#rrent image.

9e noted that，the hori<ontal reol#tion and vertical reol#tion i changing with drag caling.

【Appl to view】：0#rrent etting i onl #ed for preview, witho#t affecting to the

original bitmap， pre b#tton【0ancel】， bitmap will ret#rned to the tate of original

image. herefore,

onl #e for adj#t effect. :owever, thi approach re+#ire more time and memor $pace.

【Appl to o#rce】：0#rrent tting i #e for orginal bitmap directl， o even finallclic' b#tton【0ancel】，image will alo #nable to ret#rn to the original image. herefore, itmainl #ed in m#lti/tep operation，and the c#rrent operation of thi tep i necear to do,#ch a

general pict#re m#t be tranformed into gracale. hi can ave the comp#ting time of the

follow/#p operation.

【$ave a】：etain the re#lt of the previo# operation, In addition to #ing【Appl to

view】can alo be eported。-n thi baic, to facilitate #be+#ent proceing.

【8ra cale】8enerall, other image proceing i baed on the gracale，o before

handling, o# can do a gracale proceing, then clic' b#tton【Appl to o#rce】。3or

the

gracale than the color image occ#pied maller memor，for large image tep b tep

handle, to a certain etent to avoid the lac' of memor.

3or color image, adj#t contrat and brightne, have ome a#iliar effect to following

dither proceing.

Adj#t contratE



117

InvertE

$harpE




here are three method for dither proceingE Cet graphic、Dot graphic、9lac' and white



et grahic

Cet graphic need adj#t net i<e， better #ited to material which i not high reol#tion，or

the laer i relativel low to repond.

o get the appropriate net i<e, o# can adj#t reol#tion and net fre+#enc of the image.

he higher reol#tion, the more delicate.

he higher net fre+#enc,the maller net i<e.he lower net fre+#enc, the bigger net

i<e. 8enerall, reol#tion of image i "77 / 1777, and net fre+#enc i &7/47line.

Dot grahic

Dot graphic performance of good gracale， better #ited to material which i high

reol#tion, and the laer repond fat.

Elac? an, &hite

In mot cae, the effect of color image into blac' and white image i poor,，however, for

ome clear o#tline image, i ver ea to #e.



8et o#tlineE

0lic' 8et o#tlineN b#tton to etract the conto#r graph. A following pict#re



III. 2.1. Processing re$ie&

0lic' men#【*dit】/W【review】, or clic' $tem 9ar .

$oftware #pport the preview of the doc#ment to be proceed, and o# can get ome

baic information thro#gh the preview. 3or eample, the path of the act#al o#tp#t of the

proceing, general proceing time, proceing the ditance. he machining proce can be

im#lated.

In addition to the c#rrent edited file preview, o# can alo preview the file have been

aved a rd.

review rd fileE

Do#ble/clic' in the graphic dipla area. 0hooe the graphic o# want to preview in the

pop/#p dialog bo. And then open

$oftware alo #pport to et the parameter of preview



ight/clic' Anwhere in the graphic dipla area, the config#ration men# will appear.

$elect 0onfigN , pop/#p following dialog bo

Ho# can preview the color of graphic to match the act#al o#tp#t of energ. ;er

can eail view whether the laer energ i tr#e.

III. 2.1.10 Data chec?$elected to chec' after the graphic, clic' on the men# command【:andle】O【data

chec' 】, or clic' tem toolbar .

Data chec', integration of the cloed inpection, the inpection, the inpection, the

interection of the fellowhip data overlap a chec'. he #er can elect a chec', inpection to

the problem after data, will be in the dialog bo right tip have been fo#nd and, at the ametime, the problem in elected tate graphic. 0hec'/W r#led o#t repeatedl error/W inpection

proce #ntil all the data are conform to the re+#irement of the proceing.



III. 2.1.11 :eneration arallel lines

$elected to create parallel line after the data, clic' on the men# command the 【:andle】 O

【-ffet pol】, or clic' tem toolbar .

ed line in the fig#re for the original graphic, green line i inide hrin' graphic.

III. 2.1.12 ":P ,esign

0lic' the men# command the 【edit】 O【8 deign 】 , or clic' drawing toolbar,

alread can tart refle bloc' deign tool, the tool are pecific to bloc' the #n proceing,

i an

independent f#nction, #ch a the #er i not involved in the #n bloc' can be ignored thi

ection proceing content.

la channel tab#la raa deign tool, we firt need to deign a refle g#ide the

o#tline.la channel tab#la raa deign tool, we firt need to deign a refle g#ide the o#tlin

la channel tab#la raa deign tool, we firt need to deign a refle g#ide the o#tline.In the tool, the defa#lt created a 277 Q277 rectang#lar g#ide tab#la raa o#tline. he #er can

in the tool of JtemJ page man#all create a tandard to the hape of the g#ide tab#la raa

o#tline.



0reate tandard etting the o#tline can #e rectang#lar or oval.

he #er can alo import a ha good graphic

deign, a the o#tline of the #n. 0lic' on the

Jintrod#ction to g#ide tab#la raa conto#rJ b#tton,

can chooe to have the o#tline of the doc#ment a

the #n. Ceed to point o#t that o#tline file m#t becloed graphic, otherwie, the tem will

a#tomaticall deleted.

If the o#tline of import i<e re+#irement, #er can alo change i<e o#tline, and can et

#p if ta white edge.

-#tline graphic read, the can tart on the tab#la raa increae networ'.





8rid wa *lliptic wa

eft light o#rce ight light o#rce

op ight o#rce 9ottom light o#rce



ine, elliptical, rectang#lar wa i the networ'

canning mode of o#tp#t.

$canning mode, the minim#m energ,

maim#m energ general i ame, and dedication of

the dela i 7. 9 adj#ting the canning tem

preciion, to adj#t the canning of the denit, the

more acc#ratel the canning can line ecret,canning the lower acc#rac the can line pare.

he grid proceing method i c#tting, and

canning not preciion, and can be adj#ted

according to the act#al effect, the maim#m and

minim#m energ energ light witch dela,

generall pea'ing, the leat energ lightl lower

than the maim#m energ.

If need to c#t the refle the o#tline, ma'e can

conto#r c#tting. Abo#t c#tting parameter and

common c#tting $etting identical, in hereb here.

If need to pre arra in the wa proceing

more panel, can be et to arra parameter> Arra

direction along the machine i alwa the origin in

the oppoite direction.





In addition, thi f#nction can alo #e to other application for mirror.

"aser hea,

oition of aer head mean the location laer head relative to the graphic.

op eft op Middle op ight

Middle eft 0enter Middle ight



9ottom eft 9ottom Middle 9ottom ight

when o# int#itive view, j#t loo' at the <one where the green point appear.

A4solute Coor,inate

Ho# can directl chec' thi option when o# want the graphic location in the graphic

dipla area correpond to the act#al wor' location of proceing. hen the graph poition

will no longer relate with the act#al o#tp#t poition of the laer head and orientation point,

b#t alwa regard mechanical origin a the anchor point.

%mall Circle %ee, "imit

-n proceing wor' ，the oftware a#tomaticall determine whether the c#rrent ro#nd need

to limit peed ,then according to the diameter i<e of the circle to determine the peed. If

parameter config#ration appropriate ,will greatl enhance the +#alit of mall ro#nd. 0lic'

b#tton【Add】，【Delete】, 【Modif】 to config#ration.

$mall circle i le than peed of the r#le limiting the lit of mall ro#nd circle of

minim#m radi#, minim#m radi# circle at the peed of the o#tp#t of the correponding.

If the peed greater than maim#m peed limit lit the peed ro#nd, the peed onl

aociated with the peed of the laer.

If the peed i in the lit, et the o#tp#t peed b lit.

If the re+#et received b limiting laer parameter fater than the peed et in the laer,

pre the peed of the o#tp#t laer.



%can 4ac?lash

aer canning graphic wa, beca#e the relationhip between the machine belt tenion

ma ca#e the edge of the canned graphic #neven. herefore, increaing bac'lah to fi. It

ha the pecific bac'lah for the certain peed. 8eneral, the greater the peed, the greater the

bac'lah.

① A,, 4ac?lash0lic' the Add b#tton, the creen will pop #p a hown in 3ig#re

In the interface can modif the c#rrent peed of the correponding bac'lah.

③ Remo$e 4ac?lash

ight/clic' canning (revere gap) bloc' in the bac'lah to delete the item, then clic' the

【Delete】 b#tton.

III. .2 %/stem info



Information on the operation of the motherboard man#fact#rer need to enter paword to

view parameter.

otal on timeE he total time of motherboard wor'ing

otal proceing timeE he total time of proceing ,incl#ding the time of j#mp moving.

revio# proceing timeE he time of the lat proceing

otal laer on timeE he time of the laer proceing

otal proceing timeE he n#mber of completed proceing, not incl#de the proceing

forcing to end.

Q total travelE he total travel of motor Q.

H total travelE he total travel of motor H.

Motherboard verionE he verion of the c#rrent controller.

he f#nction of #pgradeE

If the board ha additional feat#re, the man#fact#rer will provide the #pdate file (Y.

bin format), the #er can load the #pgrade file to #pgrade the motherboard. After the #pgrade,

o# need to clic' on the control panel JeetJ b#tton reet the motherboard before normal#e.

III. . User arameters



eading the board parameter m#t before operating the #er parameter.

III. ..1 Cut arameters

Idle peedE thi parameter decide the ma. peed of all line not emitting beam d#ring the

operation of the machine. hi parameter ho#ld not be lower than the lower of the j#mp/off

peed of the Q/ai and that of the H/ai and not eceed the higher of the ma. peed of the

Q/ai and that of the H/ai, if the etting i illegal, the controller will a#tomaticall et

thi parameter within the range above> a comparativel high idling peed can horten theoperation time of the entire fig#re while eceivel high idling peed ma ca#e dithering of

the trac', therefore, o# ho#ld ta'e all relevant factor into conideration when etting.



Idle AccE 0orrepond to the acceleration of the peed of air travel time, air and

air/wa/wa peed of acceleration to match, if o# et too low the act#al peed ma not

reach the air/wa et val#e, if et too fat, the ma not withtand the mechanical tr#ct#re,

re#lting jitter . $lightl higher than the general acceleration of air/wa c#t acceleration.

0#tting AccE 0orreponding to the acceleration of the peed of c#tting (c#tting peed i the

peed of the laer parameter of the laer).

#rning peedE #rning the correponding deceleration in the c#tting proce, the minim#mpeed of the drop, when proceing a lot of teeth when the graphic ma be appropriate to

red#ce the t#rning peed.

#rning AccE $ho#ld match with the t#rning velocit.

0#tting modeE $plit preciion c#tting, fat c#tting, #ltra/fat c#tting, the #er can chooe

according to the act#al application. $#ch a the emphai on acc#rac, elect the preciion

c#tting, #ch a emphai<ing peed, elect the fat c#tting.

Acce. modeE thi parameter decide the acceleration and deceleration mode ($ mode or

mode) of the motor d#ring operation, the motor accelerate and decelerate lowl and

moothl in the $ mode and fat and relativel #nmooth in the mode> the defa#lt mode i

the $ mode.

III. ..2 %&ee arameters

$tart $peed, $tart $peedE -ff canning peed in the #e of tepper motor drag, do not

began to accelerate from 7, b#t can tart wor' directl from a peed to horten the overall

proceing time, b#t the peed i not too high, and beca#e the Q, H aial load i different

from the rate, general the initial peed of Q/ai lightl higher than the initial peed of

H/ai

Acc, AccE ?ith the canning peed (the peed of laer in the laer parameter) to

match, if et too mall, the can peed to a longer ditance, the canning efficienc. he

machine can be et according to the act#al tr#ct#re, load condition var. $ince Q, H ai

load, generall m#ch higher than the Q/ai H/ai accelerometer.

ine hift peed of canningE thi parameter i peciall #ed to control the ma. peed of

the canning to hift verticall from one line to the net line below it. If d#ring the canning,

the line pace i too large or the bloc' pace i too large when canning bloc' fig#re while

precie poitioning for each line or bloc' i re+#ired, o# can et the line hirt peed of

canning to a comparativel low val#e. hi parameter cannot be le than the j#mp/off

peed of the correponding ai d#ring the line hift and cannot be higher than the ma.

peed of the correponding ai d#ring the line hift, if the etting i illegal, the controller

will a#tomaticall et thi parameter within the range above.

$can modeE here are two mode for o#r electionE the general mode and the pecial mode,in the general mode, there no an treatment d#ring the can, in the pecial mode, light pot

will be treated. If the pecial mode i activated, the power of the laer ho#ld be increaed



and correpondingl, the light pot percentage will be lower and the laer power atten#ation

will be higher, to achieve the ame depth of canning, the laer power ho#ld be higher. he

p#rpoe to elect the pecial mode i to ma'e the laer to emit beam at high power and in

hort period, d#ring deep canning, the effect of flat

bottom can be achieved, however, if the light pot are improperl adj#ted, thi effect ma

not be achieved and the wor'ing mode of high power and hort period ma infl#ence the

ervice life of the laer. he defa#lt mode i the general mode.3ac#la $i<eE ?hen canning the general pattern of election, the arg#ment i invalid, when

o# elect a pecial mode, the onet of the parameter. 0ontrol the parameter of control in

"7G to 55G, repectivel.

III. .. Fome arameters

:ome peedE hi parameter determine the machine i t#rned bac' to the origin when

the peed of a larger format if the machine can be et to reet the peed i too large, b#t not

too m#ch.

Q, H, R, ; A#to homeE he ai can be et whether ho#ld reet at boot time.

III4 ..+ :o %cale arameters

8o cale modeE oint of light to go off the border, the opening c#t border, corner three

mode.

8o cale blan'E ?al'ing frame can be baed on the act#al image i<e #p and down again

abo#t the direction of ome of the white left ide of the border in order to en#re complete

contain the act#al graphic.

hi etting i on the control panel to go with the border/related f#nction, while wal'ing

on the border with the independent oftware.

III4 .. (ther arameters



Arra modeE o# can chooe the wing mode and the one/wa mode. he $wing modeE

c#tting the arra bac' and forth in order> the -ne/wa modeE alwa c#tting the arra from

one direction to another. If -ne/wa mode i elected, all arra #nit have the ame

movement mode and the ame li+#idit of movement, however, thi mode will ta'e more

time than the wing mode. he defa#lt mode i the $wing mode.

et#rn poitionE Ho# can elect the locating point and the machine origin. hi parameter

decide the poition, the locating point or the machine origin, where the laer head top

#pon completion of each operation.

Dela before feedE ;ing the feeding device, the dela before a ingle feed, #er can arrange

the time and the li'e, #ch a pic'ing proce.

Dela after feedE efer to the material ent to the feed device in place, the need for tabilit

after a period of time for proceing.

3oc# depthE A#to foc# operation to find the correponding panel.

9ac'lah Q, HE ;ed to compenate the bac'lah ca#ed b the machine drive problem.



III. .+ Document Management

Rea,

0lic' b#tton ead，the oftware will comm#nication with the controller ，read the lit of

file on the controller.After read controller #ccef#l ,file information will be diplaed in the doc#ment lit.

Do&nloa,

0lic' b#tton Download，will pop #p the file dialog , elect Y.rd downloaded file, then the

file will be downloaded to the controller.

If the download i #ccef#l, the doc#ment lit will #pdate.

Process

$elect the file to be proceed from the doc#ment lit ,and clic' b#tton roce

he controller will tart the pecified doc#ment。

Delete

$elect the file o# want to delete from the doc#ment lit，and clic' b#tton Delete

he controller will delete the pecified doc#ment.

If the deletion i #ccef#l ,the doc#ment lit will be #pdated.



Delete All

A#tomaticall remove all file in the controller, and #pdate the doc#ment lit.

Cal time

Motherboard #pport proceing file toward ho#r wor'ed. $elect the file to calc#late

the wor' ho#r wor'ed and clic' the b#tton. 0alc#lation to be completed, the control panel

will be prompted to complete the calc#lation. And then point to read b#tton hown in the lit,calc#lated from the wor'ing ho#r.

In addition, when the doc#ment proceing operation performed, the ho#r information

will alo be covered b the act#al proceing wor'.

Uloa,ing

-n the main board of the elected from read offline file, and aved to the comp#ter.

III. Chater + Processing (utut

roceing control

Search

III. +.1 %earch De$ice

in' device in two different waE ;$9 and networ'.9#t thro#gh ome e+#ipment port

b#tton on the pop#p dialog bo, et connection mode and chooe connection port.

If the comp#ter onl connected one device，o# can et to A#to。he oftware will

a#tomaticall earch the device.

If the comp#ter connected man device, then firt of all o# need to clic' 【3ind com】.



After earch, the connected device will all add to the drop/down lit.

?hat o# need to do i elect the pecified device.

Cetwor'E if the comp#ter i connected onl a laer e+#ipment, which can be directl in the

defa#lt I addre to enter in connected device I.

?hen the comp#ter connection ha man et of laer e+#ipment, and ;$9 operation i

imilar.

$earch at preent alread connected device, and chooe from the drop/down lit

correponding I addre machine.

III. +.2 "a/er rocessing

3irt, in the men#【:andle】/W【ath optimi<e】 chec' according to laer orderN,

then clic' -FN to eit.

aer reorderE 0lic' b#tton ;p, Down can change the order of laer, or direct the mo#e

to drag the laer to the pecified location.:ere, o# m#t chec' the ath optimi<eN option.

III. +. Position

$etting the laer head bac' location after proceing completed.(0#rrent poition、-riginal

anchor 、Machine Rero.

0#rrent oition E aer head bac' to the poition before proceing.

-riginal anchor E aer head bac' to the lat anchor ,the anchor ma et at panel.

Machine <ero E aer head bac' to the <ero of the machine.

III. +.+ :o %cale、Cut %cale

3or *ample 8o $cale, A the following fig#re hown, the act#al graphic i ro#nd, and the

red rectangle o#tide the circle i the mallet rectangle, clic' b#tton 8o $cale, laer head

will r#n once along the rectang#lar path.

3or *ample 0#t $cale, A the following fig#re hown, the act#al graphic i ro#nd, and thered rectangle o#tide the circle i the mallet rectangle, clic' b#tton 0#t $cale, laer head

will be c#t along the rectangle.

III. +. %tart、Pause、%to、%a$e7oU9ile、U9ile(utut、Do&nloa,

$tart：-#tp#t the c#rrent graphic to the machine for proceing. a#e\0ontin#e：

0lic' a#e，will top the proceing wor', clic' the b#tton again to

0ontin#e

$top：$top the c#rrent proceing wor'



%a$e7oU9ile：

$ave c#rrent file a D format，#ing for offline proceing（0an be copied to other

memor board for f#ll offline operation）.

U9ile(utut：

-#tp#t the offline file (D format)After ave offline file, clic' ;file-#tp#t to elect rd file to proceing.

<ownload：

Download the file to the memor of the controller , then #er can tart the file thro#gh the

machine panel.

III. +.6 (utut select grahics

After chec' -#tp#t elect graphic，then onl o#tp#t the elected part, rather than not

o#tp#t the part not elected.

III. +. Path otimiGe

After chec' ath -ptimi<e，then a#tomaticall perform the path optimi<e before the

o#tp#t.

If ha done the ath optimi<e or not need optimi<e, then not chec' ath -ptimi<e can

red#ce waiting time.

III. +.* 7est

Ai control, can onl control one ai each time. Ho# can et the information for ai move,incl#ding move length、peed、laer on/off and laer power.If o# chec' Move from originN, then the offet o# et mean the offet to machine <ero. If

o# not chec' move from origin, then the offet mean the offet to the c#rrent poition. he

Q/ai, for eample, a#ming the c#rrent poition i 177mm, #ch a the tep ditance i et

to 17mm, then the eercie once, the new location will be 117mm, #ch a the chec'



move from the origin, movement time, the new location will be 17mm, and repeated

Movement, location will no longer change.

CoteE According to the proviion of the controller, the abol#te poition i no negative in the

whole breadth. If o# chec' the Move 3rom -rigin, and et the offet val#e negative, then

the machine will hit limiter.

III. +. (utut %etting

III. +..1 Rotating sculture

【2nable rotate engrave】：After enable engraving，the act#al preciion of H/ai will be

baed on diameter and tep per rotate to a#to match the etting of p#le preciion of H/ai. In

addition, the wor' area in the main interface will alo change.

【<iameter】：he diameter i<e of the part.

【;tep per rotate】：he n#mber of p#le correpond to the wor'piece rotate one wee'.

【 speed 】 E tet the peed of wor'.

he f#nction i to facilitate the #er to replace part, and different i<e of the wor'piece

when the wor'piece i not ver different before #e. ?hen the relativel large difference in

i<e of the wor'piece, it i recommended to #e directl modif the motor tep approach to

implementation.

otar engraving i onl when #ing the rotation ai to replace the H/ai #e.

III. +..2 9ee, %etting

o #e the feed, m#t firt enable the feed.

After et feeding parameter，the haft will be feeding a feeding length, and repeat the

proce , #ntil the time of proceing reach to n#mber of feeding.

If the machine i not e+#ipped with feeding device, in general, enable the feed ban.



III. +.. (timiGation of Eac?lash Comensation

?hen the machine there i pace (#ch a dilocation of the eal c#tting graphic), can be

chec'ed.

III. +..+ (tical 2 migration

In need laer collaborative wor', complete the ame graphic proceing occaion,

##all, to #e the optical 1 to define the graphic location, then if the optical 2 can acc#ratel

with the optical 1, will need to pecif the optical 2 relative to the optical 1 offet.

hi generall #ed in two power different laer t#be of machine, beca#e two of laer

t#be power different, ca#e different f#nction.

If ome machine e+#ipped with two different power of laer t#be, a reponible for

c#tting, a reponible for c#lpt#re.

III. +.10 "a/er %ettings

III. +.10.1 Ran?s se

3or convenient to et in machining graphic proceing on the arra.

Q n#mber and H n#mber, which wa the arra of col#mn and row.

Q interval and H interval, repectivel i arra of the col#mn pacing and line pacing.

aerE $oftware #e laer to diting#ih proceing graphic parameter of different

laer.







o can for proceing, the lower, #nder the ame energ canning depth, deep and

canning trace the thic', canning the reol#tion alo red#ced.

he fater the ame energ the hallow depth of the canning, detail ditortion increae.

o fi for proceing, the main change i empt the peed of the move.

If, chec' the Jdefa#ltJ, the act#al peed b panel et #p to peed.If 9lowingEf the machine eternal fan, and fan ha enabled, then if chooe JiJ, then thi

laer data proceing, will open the fan, otherwie, will not open the fan. If o# do not ma'e

can fan, no matter chooe JeJ or JnoJ, are meaningle.

roceing methodE a the method of proceing correponding laer>

If the c#rrentl elected i vector laer (i.e. color laer), it incl#de three choiceE laer

canning, laer c#tting, laer rbi>

If the c#rrentl elected i a t#t# laer (namel 9M laer), the onl incl#de a choiceE

laer canning.

aer 1, laer 2E correponding to the mainboard laer ignal 1 and 2 of the wa wa

laer o#tp#t. If it i onl head machine, the econd road laer meaningle.

he minim#m power, the maim#m powerE the power of the val#e of the range of 7 to

177, aid that in the proce of the trength of the laer proceing> 9ig val#e, the laer i

trong, i mall, the laer wea'. Minim#m power lo to the mot power i le than or e+#al

to.

3or different proceing tpe ha a different meaning.3or c#tting proceing, the act#al power i c#tting peed and phae follow, peed, low

energ i alo low, high peed i high alo, o that we can g#arantee the whole proce of

c#tting energ evenl.$o the minim#m power the peed of the correponding minim#m

energ, the minim#m peed general i 7, b#t if et the peed i the minim#m peed for ta'eoff

ta'e/off peed> he maim#m power correpond to the laer peed.

$et minim#m power, and the mot high power flowE

1W he minim#m power and the maim#m power et to the ame val#e, nchrono#

adj#tment. ;ntil all the c#tting c#rve are alread appear.

2W he maim#m power #nchanged, and grad#all red#ce the minim#m power #ntil the

energ of the heav c#tting c#rve at the lowet level, and all of the coheion part can be

proceed to come o#t.

&WIf not et to bet effect, can be the mot appropriate fine/t#ning high power, and

repeat tep 2.

If i c#t thro#gh, the minim#m power lo and the maim#m power no ignificant

difference, can be et to give the ame.



o can proceing, ordinar canning, the minim#m power and the maim#m power

m#t be conitent. $lope c#lpt#re, minim#m power lo i the power of the correponding

factor, the mot power i the power of the bottom of the correponding.

top

botto

Minim#m power lo i the top for the mall lant wide, detail place diting#ih clearl.

Minim#m power lo i too large lope not obvio#.

o fi proceing, the minim#m power and the maim#m power can be et to agree.

If chec'ed Jdefa#ltJ, the act#al power panel et b the power to determine.0lic' the b#tton JadvancedJ, b#t alo can be et to other laer parameter.

【$en up and down】If machine have intalled the lift platform, and need to be in a

different platform height on the proceing, can ma'e can write #p f#nction.

:ere the correponding i platform write poition in which high on the proceing,

carried the correponding i empt pen poition before go, platform ho#ld be moved to

which level in the optical tranlation will not again to interfere with the proce wor'piece. If

confirmed the optical not and the tranlation of the proce wor'piece to interfere, donBt need

to et #p the pen poition.;e wa iE





-n the left of the dialog bo for vector canning parameter $etting, on the right ide of the

dialog bo for bitmap canning parameter $etting.

he vector data do not #pport the canning the color carving, optimi<ation canning, direct

o#tp#t.

he color carvingE normall canning, bitmap in the blac' pot a laer, the laer in white.0hooe the color carving, the bitmap in the white of the laer, blac' pot in a laer.

-ptimal canningE chooe optimi<ation will a#tomaticall adj#t the #er can the canning

interval to et #p the bet val#e, the can bet effect.

-therwie, according to #er $etting of the canning interval can pattern. 8enerall

chooe Joptimal canningJ

Direct o#tp#tE gracale bitmap, according to the act#al graphic gra.in o#tp#t, alread color

deep place laer energ big, color hallow place laer

*nerg i mall.

3ig#re #an repectivel o#tp#tE for vector graphic for, fig#re #an repectivel according

to vector diagram o#tp#t i the poition of the #an relationhip, which in t#rn will get

together the vector map carving o#tp#t of #an repectivel.

If not chec'ed fig#re #an repectivel o#tp#t, it will be the whole vector graphic a a

whole to c#lpt#re.

3or a bitmap for, if not chec'ed fig#re #an repectivel o#tp#t, the tem will

a#tomaticall will wor' with a laer of the bitmap in a a whole o#tp#t.If chec'ed the fig#re #an repectivel o#tp#t, the tem will be in a ingle o#tp#t bitmap.

$lope effectE the can the edge of the fig#re appear lope, #bmit tereo effect.

9e bold fontE incl#ding donBt handle, canning the font, canning the bottom. 8enerall

chooe not proceing.

$canning i part of the font canning i the font, alo i the Hin carving.

Cote that the lope effect choice, pleae will be bold font chooe not to deal with, or lope

affected the effect.

3ont Hin carvedE not to add tet o#tide the bo, canning are tet itelf, a belowE

3ont Hang carvedE tet and the o#ter frame, canning i the bottom of the graphic, a belowE

$canning modeE incl#ding level one, level two/wa, vertical one/wa, vertical two/wa.

evel one waE the optical can pattern bac' and forth in a hori<ontal direction, b#t onl

to a direction when laer canning come o#t,$#ch aE when the optical can from right to lefta laer, and from left to right the laer can.



evel two/waE the optical hori<ontal direction in the bac' and forth laer canning

graphic.

he vertical one waE the optical can pattern in vertical direction bac' and forth, b#t

onl to a direction will be laer canning, $#ch aE when the optical can from #p to down a

laer, and from the bottom to can a laer.

he vertical two/waE in vertical direction the optical bac' and forth laer canning

graphic. CoteE general #e level two/wa canning mode.

$canning intervalE namel the optical can ever m#ch long ditance #nder a line. he

maller the interval, canning the deeper to graphic> 0onverel, the more hallow.

$#ggetionE (1) for vector laer (i.e. color laer), canning interval in 7.1 mm general

et below.

(2) for a t#t# laer (namel 9M laer), canning interval in 7.1 mm general et above,

hen thro#gh the change and the mot high power to ma'e the minim#m power after

canning the graphic depth to achieve the ideal effect.

III. +.10.+ "aser Cut Parameters %etting

Seal "utting has not "lose$ the grahi"s

aear the "ase is "lose$A you "an

"omensate with the seal to "loseA 8ut if

the seal is misla"e$A you "an not

"omensateA you "an use %44)

otimiation 8a"?lash "omensation to

"omensateA or to use the user arameter

in the a"?lash "omensation 4

-pen dela

0loe dela

If checked, the light switch delay is

playing in time said.

Otherwise, the light switch delay said is

laser moement delay.

;ing the lit width compenation can compenate for the offet between the graphic and

the act#al o#tp#t graphic that ca#ed b laer c#tting.

It onl ha effective for the cloed graph.







A hown in fig#re 2/1, elect A#to0AD=aer, elect oftware lang#age, then clic' on the

Intall b#tton, a prompt men# a hown in fig#re 2/2 will pop #p to how #ccef#l

intallation.E

+igure 262 (romt of instillation "omletion

IV.2..2 %tartu

'en #utoC#*A the main menu of #utoC#* will 8e shown as +igure 2635

LaserRunning 8utton

Setting 8utton

Laserprocess menu

+igure 263

(1). 0lic' on the LaserRunning b#tton or the LaserRunning men# item, the main men# of

LaserRunning will be hown a 3ig#re 2/45



+igure 26%

ote> this menu &ill not o u &hen AutoCAD is not lotting at resent.

J2K4 Cli"? on the Setu 8utton or the Setu menu itemA the $ialog 8o9 of Setu will

o u as shown in +igure 26)5

+igure 26)

2.1 -peration intr#ction of A#to0AD=aer. (Almot the ame to that of

0oreDraw=aer pleae refer to the operation intr#ction of 0orelDraw=aer).



V Attache,

Eitma Creation 9lo&

;tep oneE $tart#p hotohop

;tep twoE $elect the men# 3ileO-pen to open a pict#reE

fig#re "/1

;tep threeE $elect the i<e and the preciion of the pict#re

1、-pen the men# ImageOImage $i<e, a window will pop #p, a hown belowE





Method oneE

1、$elect the men# ImageOModeO9itmap, a window will pop #p a belowE

3ig#re "/4

2、$elect（）,（）,（D）or （:）, which method i o# wanted>&、o olid graph, leae

elec（t

）, to create ome can graph of the character or of the logo

deign. o cro line graph, ma elect one of （）,（D）or （:）, to create ome

different

effect. 8enerall pea'ing, elect （:）.

4、if （:）elected, a window will pop #pE

3ig#re "/"

In thi window, fre+#enc （3）, that to a, the preciion of the cro line, ma be

17S7 line per inch>

Angle（ C）ma be 4" degree>

In col#mn $hape（:）, circle i elected generall.

"、#h on the bottom -F.

Method twoE

1、$elect 3ilterO ielate O 0olor :alftone , a window will pop #p, #ch a fig#re "/.



2、0onfirm Ma adi#, which i 4S12% piel, to confirm the i<e of the color halftone

gridding. he calc#lating method followedE graphic reol#tionY7.%1O gridding preciion.

3or eampleE a hown in fig#re "/1, the reol#tion i 1777 piel per inch, the wanted

gridding preciion i 7 DI, then, the ma radi# i 12, the epreion followedE

1777Y7.%O7[12.

&、0onfirm the net angle of the graph channel.

Inp#t the net angle val#e for ome of the graph channel, the angle i /&7ST&7 degree,

which i the angle of the net dot and the hori<ontal line.

&ote：

o gre graph, onl channel 1 elected>

o 89 graph, channel 1,2 and & elected, then red, green and bl#e channel are

correponding>o 0MHF graph, all fo#r channel elected, then can, magenta, ellow and blac'

channel are correponding.

3ig#re "/

4、#h on the -F bottom>

"、In the men# ImageOModeO9itmap, $elect "7G hrehold, to convert the graph to one/bit

bitmap.

3or eample, after filter proceing, the 89 graph, #ch a fig#re "/%/1, will be

converted to a bitmap, a hown in fig#re "/%/2.



3ig#re "/%/1 3ig#re "/%/2

(1)$elect ImageOotate 0anvaO3lip :ori<ontal to rotate the graph>

(2)$elect the men# 3ileO$ave A to ave the graph file, 9M format elected>

(&)All thing are done.

$ome method of drawing in hotohop arent dic#ed in thi file, if needed,

pleae con#lt the Man#al of hotohop or ome related boo'.



VI User ParametersJ!K Cutting (arameters J'nly affe"t "utting artsK

I,le Mo$e %ee,5 this arameter $e"i$es the highest see$ of all non6

lighting lines for the ma"hine in the movement ro"ess4

I,le Mo$e Acceleration5 it means the highest a""eleration of all non6lighting

lines4 I$le stro?e see$ an$ i$le stro?e a""eleration "an 8e set higher to

re$u"e the wor?ing time of the whole figureA 8ut if they are set too highA it

may "ause the Barring of tra"?A so "omrehensive "onsi$eration shoul$ 8e

given to the setting4

7urning %ee,5 it means the see$ of turning at the a"ute6angle "ornerA

whi"h is also the highest see$ in the whole "utting ro"ess4

7urning Acceleration5 it means the a""eleration of turning at the a"ute6angle

"orner when "utting4 If the two see$s are set too highA Barring will haen to

the turning if set too lowA it will influen"e the "utting see$4

Cutting Acceleration5 it means the highest a""eleration value in the whole

"utting ro"ess4

Cutting Mo,e5 it is $ivi$e$ into high6see$ "utting an$ re"ision "utting4 In

high6see$ "uttingA riority is given to the "utting see$A 8ut in re"ision

"uttingA the "utting effe"t4

Acceleration Mo,e5 it is $ivi$e$ into @ a""eleration an$ S a""eleration4 @

a""elerate will ui"?en the whole "utting ro"essA 8ut it will result in that its

"utting effe"t is inferior to that of S a""eleration4

J2K S"anning (arameters J'nly affe"t s"anning artsK

;Ba8le %tarting %ee,

JBa8le %tarting %ee,

;Ba8le Acceleration

JBa8le Acceleration

@he a8ove four arameters are use$ to set the starting see$ an$

a""eleration of two a9les on the s"anning4 @he higher the two see$s areA the

ui"?er the s"anning is4



%canning "ineBfee, %ee,5 this arameter is se"ially use$ to "ontrol the

highest see$ at whi"h that the revious line verti"ally moves to the ne9t line

in the s"anning mo$e4 If the sa"e 8etween lines is larger $uring the

s"anning or if the $istan"e of ea"h 8lo"? is larger $uring the s"anning an$

$e8lo"?ing of figureA it is ne"essary to osition ea"h line or 8lo"? a""urately4

In su"h a "ase



1"2

the see$ of s"anning line6fee$ "an 8e set as a lower value4

%canning Mo,e5 it is $ivi$e$ into general mo$e an$ se"ial mo$e for otion4

If se"ial mo$e is use$A the laser ower shoul$ 8e in"rease$4 @he smaller the

se"?le er"entage isA the more the laser ower re$u"es4 @he laser ower to

set shoul$ 8e larger in or$er to rea"h the same s"anning $eth4 @he urose

to sele"t the se"ial mo$e is to ma?e the laser light at high ower an$ short

time4 'n the $eth s"anning the effe"t that the 8ottom is flatter is o8taine$A

8ut it shoul$ 8e noti"ea8le that if the se"?le a$Bustment is not aroriateA it

"an a"hieve this goal4 If the high ower remains shortA the lighting mo$e will

influen"e the life of the laser4 @he system will $efault the sele"tion of general

mo$e4

%ec?le %iGe5 -hen the general mo$e is sele"te$ as the s"anning mo$eA

this arameter will 8e"ome ineffe"tive when the se"ial mo$e is sele"te$A

this arameter will 8e"ome effe"tive4 @he "ontroller will "ontrol this

arameter

among ):P:4

Promt

@he "utting an$ s"anning arameters "an’t e9"ee$ the

limite$ ones in the a9le arameters4 If soA the setting will

8e"ome inef f e"tive an$ the system will automati"ally "over

the arameters with the a9le arameters4

J3K .eset (arameters

Reset %ee,5 it means the see$ of 7/<6a9le lin?age reset to the origin4

;Ba8le %tartu Reset

JBa8le %tartu Reset

@Ba8le %tartu Reset

UBa8le %tartu Reset

<ou "an sele"t =<es> or =No> in the fiel$ of the a8ove four arametersA whi"h is

use$ to "onfirm whether ea"h a9le "an 8e reset on the startu4

J%K +rame Setting

Eor,ering Mo,e5 =lan?e$ or$ering> means i$ling to start 8or$er review

='ututte$ or$er Cutting> "an manually "ut off the well6ro"esse$ figure

=%6"orner *otting> means to emit the light at four "orner oints of the frame to



1"&

ma?e a oint an$ turn off light4 @he sie an$ osition of this figure "an 8e

"he"?e$ intuitively through the four oints4 @he 8or$ering see$ is the see$

value set on the ?ey8oar$ when the system is i$le4 +or light oututA its

minimum/ma9imum ower is the "orreson$ing value set on the ?ey8oar$



when the system is i$le J@he lasering ower on the %6"orner $otting means

the well6set ma9imum owerK4

Margin Distance5 It means whether to e9ten$ a "ertain length outsi$e the

al frame of the figure on the review/"utting of frame4

If the frame "rosses the 8or$erA the interf a"e will romt it4

PromtIf the Enter ?ey is resse$ at this timeA the system will "ut

the 8or$er at the ma9imum/minimum "oor$inates firstA an$

then 8or$er the figure4 @his 8or$ering "an 8e given u4

J)K 'ther User (arameters

Arra/ Mo,e5 @wo6way array or one6way array "an 8e sele"te$4 @wo6way

array means the to6an$6fro "utting of array in seuen"e one6way arraymeans the "utting of array from one $ire"tion to another4 'n sele"ting

one6way arrayA the elements of ea"h array are the same in a"tion mo$e an$

"omletely uniform in a"tion fluen"yA whi"h ta?es a little more time than

two6way array4 @wo6way array is the $efault otion4

Eac? Position5 @he origin Jthe relative originK an$ the ma"hine’s a8solute

origin "an 8e sele"te$4 @his arameter $e"i$es the ar?ing osition of laser

hea$ after ea"h wor?4 EeforeBfee,ing 7ime "ag5 setta8le at P3s4 @he lagge$ time "an fa"ilitate

user’s fee$ing an$ i"?ing on the fee$ing $evi"e4

AfterBfee,ing 7ime "ag5 setta8le at P4s4 It "an fa"ilitate the fee$ing

$evi"e’s $elaying in Barring after moving to the "orre"t osition an$ waiting for

the 2n$

wor? after the fee$ing a9le stan$s still "omletely4

9ocus %etting5 it means the $istan"e from the fo"al oint of laser hea$ lens

to D6a9le origin4 -hen there is no automati" fo"using fun"tionA this arameter

8e"omes invali$4

Eac?lash ;：@he 7 a9es’ 8a"?lashA a""urate to !um4

Eac?lash J：@he < a9es’ 8a"?lashA a""urate to !um4

a"tu



VII Instruction on the Machine Parts

Documents

MANUAL INGLES.docx