Fusing Machine

7/23/2019 Fusing Machine

http://slidepdf.com/reader/full/fusing-machine 1/74

FUSING MACHINE

Presented By- Akshita

Sabharwal(GAN13AP13)

Presented To-Jury

National Institute o !ashion Te"hnolo#y$Gandhina#ar

S%&N P'*+TS ,A+IN%'. AN%/*IP,%NTSBA+%0' IN !ASIN T%+N0G. $ S%,%ST%' I



Content

1. Methods of Joining Materials

2. Why Fsing!

". What is Fsi#le Interlining!

$. %e&hnology of Fsing 'ress

(. Fsing 'ress

). E*oltion

+. Fsing E,i-ent

/Hand iron0 Stea 'resses0 Flated 'resses0 Carosel0

S-ot Welder0 Sta&3ers0 Continos Fsing 'resses4

5. Ne6 7e*elo-ents

/High Fre,en&y Fsing 'ress0 7ire&t Sta#ili8ation4



Content

9. Ho6 to &hoose the right fsing a&hine!

1:.A&&essories of a Fsing Ma&hine

/ase Frae0 S--ort for Creasing 7e*i&es0 Un6indingand Winding de*i&e0 Atoati& ;ayU- Sta&3er0

Unloading Slide411.Feeding Syste

12.<ality Control

1".rands anfa&tring fsing a&hines

1$.Use of Fsi#les for Mass'rod&ed Clothes1(. =eferen&es



Methods of Joining Materials

• 7oinant -ro&ess in the asse#ly of garents isse6ing.

• 'ro&esses ha*e #een de*elo-ed as alternati*es tose6ing 6hi&h &hange the 6ay garents are designed0

&onstr&ted and asse#led.• %hose to #e &onsidered are>

1. fsing0

2. 6elding and adhesi*es0

". olding.



Why Fsing!

• Fsing is an esta#lished rotine -ro&ess for atta&hinginterlinings.

• Not all garent fa#ri&s &an #e fsed0 and there 6ill

al6ays #e soe sitations 6here se6in interlinings&ontine to #e sed0 #t in the *ast a?ority ofgarent a3ing today0 fsing is the ore &oon-ro&ess. %he reasons are #oth e&onoi& and te&hni&al.



What is Fsi#le Interlining!

• %he fsi#le interlining &onsists of a #ase &loth0 and&arries on its srfa&e a thero-lasti& adhesi*e resin0sally in the for of sall dots0 6hi&h 6ill elt 6henheated to a s-e&i@& te-eratre.

Interlining

Fsi#le NonFsi#le

Wo*en

NonWo*en

nitted



S3irt Waist#and 6ith Slotted interlining

/When fsed to the 6aist#and and se6n to a s3irt along one line of slots0 the

#and 6ill fold ore easily in the &orre&t -ositions to gi*e the &orre&t 6idth.4



%e&hnology of Fsing'ro&ess

• %he te&hnology of Fsing 'ro&ess deands a s-e&i@&&o#ination of the follo6ing -araeters>

/a4 %he fsing ethod – Single Fsing0 =e*erse Fsing0 Sand6i&h Fsing0 7o#le

Fsing0 %o- Fsing/#4 %he fsing a&hine B and

– Flat#ed 'ress0 Continos -eration

/&4 %he &o-onents of fsing – %e-eratre0 %ie0 'ressre0 Cooling



Fsing 'ress

• 'resses #asi&ally fall into t6o &ategories0 6ith diDerentodes of o-eration.

/a4 Asse#lies are either fsed on a at #ed in a stati&sitation0 or

/#4 Con*eyed &ontinosly throgh a -ress in 6hi&h theyare heated0 fsed and &ooled 6ithot sto--ing.

All -resses &an #e des&ri#ed as at#ed or&ontinos0 irres-e&ti*e of their si8e or &o-leity.



E*oltion

/When &3ra6as 6idely sed as

Interlining4

7is&o*ery of Nylonin 19"50 the 1st syntheti& @#re

Need to de*elo-diDerentinterlinings

Fsi#le interlining

F r o . ' l o n 3 e r a n d ' a d d i n g

M a & h i n e t o F s i n g M a & h i n e



!usin# %2ui4ent



Hand Iron

• nly those interlinings that &an #e fsed at relati*elylo6 te-eratres0 lo6 -ressres and in relati*ely shortties are sita#le for fsing #y hand iron.

• ;iitations>

1. %e-eratre at gle line not 3no6n.2. 'ressre a--li&ation is not nifor.

". %ie eleent &o-letely de-endent on o-erator.

$. nly sall -arts &an #e fsed 6ith any degree ofs&&ess #y a--li&ation of -ressre #y iron for a @edtie on to the fsi#le0 &o*ering the area ste- #y ste-and sing stea to hel- the heat transfer.

(. 7elaination ay o&&r.



Stea 'resses

Stea 'resses 6ith sha-ed #&3s are not designed asfsing -resses #t ha*e #een0 and still are0 sed for fsing.

;iitations

1. =estri&ted in %e-eratre.

2. 'ress te-eratre is de-endent onStea 'ressre0 Stea 7ryness0 'i-e Inslation0 and n#er of-resses dra6ing stea fro the sae line.

". 'ressre a--lied o*er fll #&3 area is ne*en.

$. E&essi*e shrin3age of to- &loth ay o&&r.

(. =esin ay re-lasti&i8e0 leading to delaination.

). %ie eleent &o-letely de-endent on o-erator.



Flat#ed 'resses

%hese &onsist of -added to- and #otto #&3s0 6ithheating eleents in one or #oth of the #&3s.

otto #&3 is stati& 6hile to- #&3 &an #e o*ed*erti&ally in order to o-en or &lose the -ress.

Ad*antage> – Fa#ri& shrin3age is red&ed sin&e the fa#ri& is held

nder -ressre throghot the fsing &y&le.

– Ma&hine ta3es less s-a&e.

7isad*antage> – %enden&y to &rsh -ile fa#ri&s s&h as *el*et.

– 'ressre a--li&ation ay not #e e*en 6ith s&issorty-ea&hine.



Flat #ed fsing -resses. /i4 erti&al a&tion. /ii4 S&issor a&tion.



Asse#ly ade

on -ress tray or#roght to tray-re-re-ared

%ray -shed toits fsing -osition

%ray anally

reo*ed oratoati&allyre?e&ted.

Fsing&y&le&o-lete

Wor3ing of Ma&hinery 6ith Single %ray Syste



Flat#ed 'resses

Sin#le Tray Syste4s

oth are @tted 6ith de*i&e that atoati&ally &ases nonsti&3 fa#ri&to roll o*er nfsed asse#lies as tray o*es to6ards fsing area/%his fa#ri& ensres fsi#les are held in -osition4.

Twin Tray Syste4s



Flat#ed 'resses

Sin#le Tray Syste4s Twin Tray Syste4s



%y-es of Flat#ed -ress



Carosel /Flat#ed 'ress4

• Another ty-e of at#ed-ress is in&or-oratedinto a carousel #y sing

three trays thats&&essi*ely o*ethrogh loading0 fsing0and &ooling stations.

•

Generally sed for to-fsing of shirt and#lose &ollars.



S-ot Welder /Flat#ed 'ress4

• Used in &on?n&tion 6ith to-fsing ethod.

S-ot Welder



Sta&3ers /Flat#ed 'ress4

'ositioning theFsi#le

Fsing and're-aration

Asse#ly fallsonto lo6er #&3

Sta&3ing

S&h a at#ed -ress is sed for fsing #ndles 6ithotdistr#ing the #ndle foration and in&or-orates t6oo*ing #&3s. It ena#les the o-erator to -re-are the netasse#ly 6hile -re*ios one is #eing fsed.





Flat#ed 'resses

Soe general o#ser*ations regarding at #ed -resses follo6>

/a4 'ressre

E*en a--li&ation of &orre&t -ressre is ne&essary for e&ientfsing.

/#4 Cladding

Its -riary fn&tion is to &o-ensate for sall irreglaritiesin the etal -laten. 'erforated Sili&onr##er -adding is theost sita#le aterial for this -r-ose0 althogh initial &ost is

high.

/&4 Sita#ility of 'r-ose

%he right a&hine for the right ?o#.



Continos Fsing 'resses

ased on sae -rin&i-le 6here#y the nit for fsing istrans-orted throgh the fsing -ro&esses #y eans ofa -o6ered &on*eyor #elt.

%hese a&hines are ostly eained for

/a4Con*eyor %y-e /Endtoend feed or retrn feed4/#4Co*er elts

/&4 Heating /Heating 'lates or Cylinder Heating4

/d4'ressre

/e4Cooling /Air or Water4

/f4 %a3eoD Systes /Manal or Me&hani&al4




• Ad*antages>

– =ed&e any -ro#les asso&iated 6ith fsing -ile fa#ri&ss&h as *el*et.

– More o-erators &an 6or3 on the sae a&hine.

–When Continos 6or3 is to #e done li3e fsing6aist#ands.

• 7isad*antages>

– Ma&hine ta3es large aont of s-a&e.

– Fa#ri&s -rone to heat shrin3age are li3ely to shrin3 ore.



Con*eyer %y-e

Con*eyer %y-e

Endtoendfeed

=etrn Feed

=etrn Feed



• Materials

– '%FE/PolyTetra!loro%thylene4 &oated andKor

lainated Fi#reglass – Araid Fa#ri&s

– Antistati& Single -ly or 7o#le -ly0 of thi&3nesses:.2(0 :.290 :.":0 :."(0 :.$5.

:.$9 et&.• Manfa&trers

– Fi#lon orea0 Grndler0 Hashia 0 Ma&-i Italy0Meyer Gerany0 shia Ja-an0 eit et&.



Co*er elt

• %he &on*eyor syste is t6o #elts0 one --er and one lo6er06here the lo6er #elt is the a&tal &on*eyor of the &loth andfsi#les.

• Fn&tion of U--erKCo*er elt > Ensre that #oth &loth andfsi#les are held a&&rately in &orre&t -ositions 6hile #eingtrans-orted throgh fsing -ro&ess.

• S-eed of #oth #elts st #e syn&hronised in order to-re*ent &o-ression or etension of the aterials.



Carefl 6ith the elt

• Interlinings shold not o*erla-. %hey soil the &on*eyor #elt.

• %e-eratres set too high &ase resin stri3e #a&3 and soilingof the &o*er #elt.

• Cleaning agents shold #e sed &areflly0 in order to a*oid

#ild- on #elt inside0 rollers or heating eleents.• Co*ers or to6els of &leaning #ars or &leaning de*i&es shold

reglarly #e &he&3ed and re-la&ed.

• %ransfer and stri-oD #lades shold #e &leaned in reglarinter*als fro resin and dst #ild-.

•

%he a&hine st #e &leaned #efore shtdo6n• %ra&3ing and %ension of the #elts shold reglarly #e

&he&3ed and read?sted0 if re,ired.



Heating

Heating Syste

Heating'lates

Cylinder Heating

• %6o Heating Srfa&es -ositioneda#o*e &o*er #elt and other #elo6&on*eyor #elt.

• Srfa&es slightly ar&hed tointensify heat diDsion.

• oth -anels se-arately &ontrolled

6hi&h ena#le any te-eratre-ro@le to #e a&hie*ed.

• %6o -arts> Inner and oter&ylinder.

• Heat generated #y inner &oreis e*enly distri#ted all o*erthe &ylinder antle.



'ressre

• 7ring heating and -lasti&i8ing stages0 only a slight-ressre is eerted onto the &o-onents.

• Fll -ressre is a--lied to eDe&t the @nal #onding after&o-onents ha*e #een heated to &orre&t

te-eratre.



Cooling

%he fsed -arts are &arried o*er the &ooling 8one #y a se-arate

&on*eyor #and in order to -re*ent nne&essary &ooling of theain &on*eyor #elts.



%a3eD Systes

%a3eD Systes

ManalSyste

Me&hani&alSyste

%hrogh rotation of stri-oD de*i&e along the --er #elt0 -ie&es

adhering to the #elt are gently and eDe&ti*ely reo*ed .




ContinosStri- Fsing0 ariation of the &on*eyordri*en &ontinosfsing -ress is a relati*ely sall a&hine sed ainly for fsing the6aist #ands of trosers and s3irts.



Ne6 7e*elo-ents

%6o a?or inno*ations in fsing te&hnology that ha*e#een de*elo-ed in re&ent years are>

/a4 Highfre,en&y fsing0 and

/#4 7ire&t sta#ili8ation



Highfre,en&y Fsing 'ress

're-aration for

fsing #y highfre,en&y



Highfre,en&y/7iele&tri& Heating4Fsing 'ress

• Heat is generated 6ithin the aterials to #e fsed #y -assing thethrogh a high fre,en&y alternating ele&tri& @eld.

• 7e to diDering diele&tri& -ro-erties0 adhesi*es attain a higherte-eratre than the &loth.

• %hs0 it is &laied0 fsing &an #e a&hie*ed 6ith a signi@&antly lo6erte-eratre of the to- &loth0 6hi&h hel-s to a*oid heat stress in the

fa#ri&.

• Ca-a#le of fsing sta&3s of &o-onents a#ot 1:& dee- /lti-lesand6i&h ethod4.

• 'rod&ti*e a&hine.

• Ad*antage> – 'ossi#ility of eliinating shrin3age and &olor &hanges.

– Heat generated #y high fre,en&y and not ele&tri& heating eleent.

– ;ess -ressre needed than &on*entional fsing -resses.

• 7isad*antage> – 'ress st #e set to allo6 for the -arti&lar natral or anade aterials #eing sed0

the 6eight and thi&3ness of those aterials0 and their oistre &ontent.



7ire&t Sta#ili8ation

'olyer 'aste 'rinting for 7ire&tSta#ili8ation



7ire&t Sta#ili8ation

• Sta#ili8ation aterial is -rinted dire&tly onto to-&loth06ithot the se of fsi#le interlinings.

• 'rinting &an #e done in any dire&tion in relation to to-&loth0 ths -ro*iding ore resilien&y in s-e&i@& areas

of garent.• Ad*antages>

– Sa*ings in fsi#le interlinings.

– ersatility in handling of diDerent ty-es of a--li&ation.

– Eliination of nearly all 6or3 &onne&ted 6ith &ttingfsi#les.

– =ed&tion of storage s-a&e and logisti& -ro#les.



Ho6 to &hoose the right fsinga&hine!

• Method> Is the a&hine &a-a#le of -ro*iding the&o#inations re,ired #y the fsing ethods e-loyedin the fa&tory!

• Ca-a&ity> What -rod&tion of large and sall -arts is

re,ired!• ;oading> Ho6 and 6here are the nits for fsing

asse#led0 and ho6 are they fed into the a&hine!7ire&tly *ia trays or #y &on*eyor #elt!

• Instrentation> Are the instrents of easreent

that are @tted to the a&hine a&&rate and relia#le!• Cooling> Is it eDe&ti*e and 6hat tie eleent is

in*ol*ed!

• %a3eoD> Whether anal or atoati&! Can a sta&3erfor sall and large -arts #e atta&hed to the -ress!

• Cleaning> Can the -rote&ti*e &o*ers or &on*eyor #elts or




• Safety> Are there de*i&es to -re*ent a&&idents and to sto-the entry of 6rongly -ositioned &o-onents! Is the a&hine@tted 6ith an eergen&y sto-!

• S-a&e and ;o&ation> Where 6ill the a&hine #e lo&ated0 and6hat s-a&e is re,ired!

• Installation> What energy sor&es are re,ired ele&tri&ity0&o-ressed air0 *a&0 6ater0 et&. !

• Ser*i&e> What te&hni&al hel- &an the s--lier -ro*ide0 and6hat is the a*aila#ility of s-are -arts! What ty-es and at6hi&h le*els shold s-are -arts #e &arried ot #y the fa&tory

in order to inii8e a&hine do6ntie!

• Maintenan&e> Can general and -re*enti*e aintenan&e #e&arried ot #y the fa&tory -ersonnel! Is there any s-e&ialtraining re,ired!




• Cost> What is the total installed &ost of the a&hine! %his &old #e &onsidera#ly higher than the -ri&e of thea&hine itself.

• 'ay#a&3> What -ay#a&3 tie 6old #e a&&e-ta#le in

relation to the total in*estent re,ired!• In*estent> Can the fa&tory &o*er the in*estent

re,ired0 or st the &a-ital #e raised fro otsidesor&es! If self@nan&ed0 6hat is the &ost of di*erting the&a-ital to the in*estent!



A&&essories of a FsingMa&hine



ase Frae

%he a&hine frae &an #e @tted 6ith height ad?sta#le legs oro-tional trans-ort 6heels for easier o*ing.

S t f C i



S--ort for Creasing7e*i&es

A s-e&ial s--ort for @ing atta&hents &an #e asse#led tothe atta&hent gidan&e.



Un6inding and Winding 7e*i&e

Continos roll to roll fsing is-ossi#le for troser and s3irt6aist#ands0 aintaining -rod&tintegrity.



Atoati& ;ayU- Sta&3er

Can #e retro@tted or fa&tory installed. %his sta&3er straightensand sta&3s fsed asse#lies.



Unloading Slide

%he eit for easy reo*al of the fsed -arts.



Feeding Syste

Feeding Syste

Feeding eltSe-arate ;oadingand Fsing elt

Etended

Feeding elt

;eftMonting

CentreMonting

=ightMonting



<ality Control

– %e-eratre %est 'a-ers

– 'yroeters

– 'eel Strength/Adhesion4 %est

– 7ry Clean and Wash %est – Shrin3age %est



!usin# Proble4 +aused By

Flattening EDe&t 'ressre too high

Shining 'ressreK %e-eratre

Color Changing %e-eratre too high

Shrin3age %e-eratreK Moistre &ontent too

high

7eforation 'ressre too highK Wrong Handling

Hard Handle %e-eratre too high

range 'eel EDe&t Moistre

Mo*e of Interlining Ele&trostati&K Wrong Handling

=esin Soiling Wrong Settings

d f t i f i



rands anfa&tring fsinga&hines

• eit

• Martin Gro-

• Ma&-i

• shia

• Aste

•

Fi#lon



eit Ma&hines



F 7IAMN7 1::: K 1$::

•

Ea&t te-eratre &ontroldire&tly at the #elt.

• Consistent -ressre o*er theentire o-erating 6idth.

• 'ressre Syste Ad?stent

• ;o6est -ossi#le energy

&ons-tion de to>se-arate feeding #elt0 no&ooling of trans-ort #eltotside of

Ma&hine.•

=ed&ed 6ear and tear of #elt edge throgh &onta&tfree #eltdete&tion.• 're*ention of falty fsing throgh startKsto-fn&tion in the e*ent of

a di*ersion fro -reset fsing -araeters.• Consistent fsing ,ality de to o-tii8ed &leaning of the #elts #oth

on the inner and the oter side. Conse,ently0 a?or red&tion in

soiling of roller and fsing aterial.



• 'ressre Syste

'ressre Syste

Standard 'ressreSyste C

7o#le 'ressreSyste CU

7o#le 'ressreSyste CFCFleor

• %he Heating EleentFor -erfe&t heat radiation0 sta#ility o*er the entire 6idthof the a&hine is essential. %he heating eleents

alini &onstr&tion a#sor#s only little energy0 thsallo6ing #est -ossi#le heat transfer to the fsingaterial.

C @ ti f h ti



Con@gration of heating 8ones%%M or %'.

eatin# 5one 367botto46to

• For fa#ri&s and interliningsin oter 6ear.

eatin# 5one 763to6botto4

• For shirts and s-orts6ear.

'erfe&t ad?stent of the heating 8one is essential for s&&essfl fsing



A $(:

• Sall yet -o6erfl fsinga&hine.

• Ders sae attri#tes as thelarger odels.

• Can #e tili8ed for fsing6aist#ands as 6ell as flledged fsing of s-orts6earand dress shirts.

• =e,ires no &o-ressed air.

•Single -hase ele&tri&al&onne&tion.

• =olling stand design.

• 'artial fsing &a-a#ilities.• Clear0 si-le &olor dis-lay for nder or o*er heating.• SetKa&tal te-eratre onitoring.• Se-arate --er and lo6er heat 8ones.



AS% S%ACE=

• Atoati& sta&3ing of fsedasse#lies.

• Choi&e of *arios #elt 6idths.

• Co-ling of sta&3er lanes foretra 6ide -ie&es.

• Flat transfer of fsedasse#lies.

• 'ie&es -la&ed in order.

• 'ie&es -la&ed for -re&ise#ndling.



Martin Gro- Ma&hines



Shirts Fsing Ma&hine Mod. +(K2CK(

Ele&troni& &ontrol of 6hole e,i-ent• High -ressre /till (3g.K&,.4 6hi&h garantees a *ery

high ,ality e*en for hea*ier -rod&tions• %6o 6or3ing -lanes to a*oid dead ties• Noral fsing

Shirts Fsing Ma&hine Mod



Shirts Fsing Ma&hine Mod. ):: SH

ersion 6ith retrn #elt and &olle&tion #o for &ollars and 6rist#ands

• U--er and lo6er heating syste 6ith 2 inde-endent ele&troni&therostats /entry 8one0 -reheating O eit 8one4.

• Heating to- 6ith 9 resisti*e eleents 6hi&h allo6 the se of lo6erte-eratres or of a shorter anfa&tring tie.

• Syste of resistan&e &ho3ing for a thorogh nifority of the 6or3ingte-eratre.

• 'ressre fro : to ( 3g.Ks,&. 0 %e-eratre fro : to 21:P C0 Wor3ing

Garent Fsing Ma&hine/Ja&3ets



Garent Fsing Ma&hine/Ja&3etsCoats4 -en %o- ;ainator

• 7o#le heating syste 6ith -reheating that &on&rs to fse 6ith *erylo6 te-eratre res-e&t to the standard te-eratre.

• 'ressre syste 6ith QU%R fn&tion for *ery deli&ate 6o*en.• Inside and otside #elts &leaning de*i&es.• Car#onKgra-hite lo6er #elt se-aration #lade.• Atoati& trn N and trn FF #y digital tier.

Garent Fsing Ma&hine/Ja&3ets



g /JCoats4 -en %o- +:1::12$1$:

1):15:

• E,i--ed 6ith #a&3 eit #elt for retrie*ing adhesi*e fa#ri&.•

7o#le heating syste 6ith -reheating that allo6s to fse singte-eratres slightly #elo6 a*erage.

• QSand6i&hR also e&ellent for the ost deli&ate fa#ri&s.• 'ressre syste 6ith sele&tor of the QU%R de*i&e that allo6s to

theroadhesi*e the ost deli&ate fa#ri&s at 8ero -ressre.• E,i--ed 6ith retrn #elt> it allo6s to &olle&t the fsed fa#ri&s in the

front -art of the a&hine.

;eather Fsing Ma&hine Mod EMS



;eather Fsing Ma&hine Mod. EMS12:

Ele&troni& &ontrol of 6hole e,i-ent• Ele&troagneti& &losing of -lane0 it

garantees a&&ra&y of -ressre.• Atoati& o-ening of the -lane at the

end of the -lanned 6or3ing &y&le.• QSafe hands safety syste.• Withot Co-ressed air.



shia Ma&hines

;o6 %e-eratre Fsing Ma&hine



;o6 %e-eratre Fsing Ma&hine/'1)::4

• %he air -ressre syste together 6ith the s-e&ialade -ressreroller0 ensre the -re&ise -ressre.

• 12 sets of s-e&ialade heating e,i-ents inii8e thete-eratre diDeren&es.

• a& &ooling syste at the end of a&hine.• =otary Stri-oD de*i&e for strengthening the &leaning fn&tion and

a*oid transforing of the @nished fa#ri&s.



Aste Ma&hines

Aste ":2$SC for 7ress Shirt &ollars



Aste ":2$SC for 7ress Shirt &ollarsand CDs

• 7al0 digital heat &ontrol0 to-and #otto

• Front loading ta#le

•

Cool do6n tier• Endless %eon #elting syste

• Anti-leating roller

• 'neati& -ressre &ontrol

• Solid state s-eed &ontrol

•

=etrnto-erator &ooling&on*eyor red&es o-eratorfatige

AS%E M7E; )5::SC



AS%E M7E; )5::SCHigh 'rod&tion Continos Fsing Syste

• Si Indi*idally Controlled HeatingTones

• Si A&tal ale 7igital %e-eratreControllers

• %a-er 'roof Heat Controllers

• ;oading Shel*es• Set 'oint Hi;o6 %e-eratre Alars

• =a-id =es-onse0 High =eser*eHeaters

• %o- otto elt Cleaning Systes

• ;o6 ='M =otary %o- elt Stri-D

• Atoati& 'resent Cool 7o6n %ier• Solid State aria#le S-eed 7ri*e

• 'neati& 'ressre Control

• Mlti-le Safety Systes

Use of Fsi#les for Mass 'rod&ed



Use of Fsi#les for Mass'rod&edClothes

Ad*antages For the Manfa&trer• Garents &an #e -rod&ed 6ith a &onsistent ,ality of interlining

&onstr&tion.

• %ie and la#or &osts are sa*ed #y eliinating the hand anda&hine o-erations re,ired to atta&h the interlining to the to-

&loth.• Handling dring -rod&tion0 es-e&ially of sall &o-onents is

fa&ilitated.

• 7iDerential shrin3age #et6een to-&loth and interlining is red&edto &ontrolla#le -ro-ortions / &o-ared to traditional se6in ty-e4.

• Stit&h -&3er and the &onse,ent distortion of se6n -arts arered&ed.

• %he garent has a &leaner and fresher a--earan&e -on its initial-resentation.

Use of Fsi#les for Mass 'rod&ed



Use of Fsi#les for Mass'rod&edClothes

Ad*antages For the Wearer• Garent dra#ility is in&reased.

• %he handle of the &loth is *ery slightly odi@ed #y theinterlining.

• %he garent retains its original sha-e after re-eateddry&leaning or 6ashing.

• Creasere&o*ery tie is &onsidera#ly red&ed.



=eferen&es

• Fsing %e&hnology #y Gerry Coo3lin• Carr and ;athas %e&hnology of Clothing Manfa&tre

=e*ised #y 7a*id J. %yler

• htt->KK666.al*anon.&oKassetsK@lesKne6sarti&lesKSWVJUNEV 2:1".-df0 $K:(K2:1(0 5>:: -

• htt->KK666.artingro-.itKinde.-h-KenK!sear&h6ordfsingsear&h-hraseanyliit2:orderingne6est*ie6sear&ho-tion&oVsear&h0 12K:(K2:1(09>2: -

• htt->KK666.artingro-.itKiagesKstoriesK-dfKlainator.-df012K:(K2:1(0 1:>2: -

• htt->KK666.artingro-.itKinde.-h-KenK&atalogK"1garentfsinga&hine?a&3ets&oatsK+)o-ento-+:1::12$1$:1):15:en0 12K:(K2:1(0 11>:+ -

• All -i&tres ha*e #een &li&3ed fro Fsing %e&hnology #yGerry Coo3lin and eit Manal.



=eferen&es

• htt->KK666.?ststyle.&oKanalysisKthehiddenstrengthsoffsingandfsi#lesVid929$+.as-0 11K:(K2:1(0 12>2: -

• htt->KKoshia.&o.t6KAS'K'rod&tK'rod&t.as-!

;angEN'age550 12K:(K2:1(0 12>": -

• htt->KK666.?essehea-.&oKsear&h.&gi!=ealAllMat&h1%ersfsing

X2:a&hineahits1:=an3110 12K:(K2:1(0 1>1$ a

• htt->KK666.*eit.deK'';KeitKEI%data-a&3ageKEI%VClassi&V:2

1$:(.-df0 12K:(K2:1(0 1>2: a

•

htt->KK666.@#lon.&o.3rKhoeKhoeVall.htl0 12K:(K2:1(01>2: a

• htt->KK666.*eit.deKenKironingand-ressinggarentsKfsing

a&hinesKnloadingslidea$(:K0 1"K:(K2:1(0 1:>2: a

Documents

Fusing Machine