49
SUPPON T e c h n o c r a t s catalog Ver.1.1 Next Generation Undercut Molding Unit SUPPONSHOP SUPPON SHOP“SUPPON” in this catalog can be purchased at the following website. Online ShopSUPPON SHOPURLhttp://www.technocrats.co.jp/SUPPONshop Click!!

Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

  • Upload
    others

  • View
    1

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

SUPPON

T e c h n o c r a t s

catalog Ver.1.1

Next Generation Undercut Molding Unit

SUPPONSHOP

【SUPPON SHOP】“SUPPON” in this catalog can be purchased at the following website.

Online Shop『SUPPON SHOP』URL: http://www.technocrats.co.jp/SUPPONshop

Click!!

Page 2: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin
Page 3: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

■Standard SUPPON-Usage example of Standard SUPPONs

■Drawing-CORE SUPPON-TULIP SUPPON-CAVITY SLIDE SUPPON

■《precautions》 Assembling procedure, Ejector pin length

■Mounting dimensions-CORE SUPPON-TULIP SUPPON-CAVITY SLIDE SUPPON

■Assembling procedure-CORE SUPPON, TULIP SUPPON-CAVITY SLIDE SUPPON

■Options

■Advantages of SUPPON

■Example of used

■How to order

■SUPPON 3D data download

■Warranty policy

CONTENTS

… 1-2

… 3-11… 12-15… 16-19

… 20

… 21-23… 24-26… 27-29

… 30… 31-32

… 33-37

… 38-39

… 40-41

… 42-43

… 44

… 45

Page 4: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

1

CORE SUPPON

👉P.3

CAVITY SLIDE SUPPON

👉P.16

■Usage example of Standard SUPPONs

Page 5: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

TULIP SUPPON

👉P.12

2

Page 6: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

3

Part name CORE SUPPON - ROUND TYPE -

Part number SSR01 SSR02 SSR03 SSR04 SSR05

Size:B×D(mm) Φ15 Φ22 Φ25 Φ30 Φ35

Height:H(mm) 50 50 95 95 95

Mounting side Core side Core side Core side Core side Core side

Mountingmethod

Mounting pieces

(2-M6×12)

Mounting pieces

(2-M6×12)

Mounting pieces

(2-M6×12)

Mounting pieces

(4-M6×12)

Mounting pieces

(4-M6×12)

Ejection Ejector pin Ejector pin Ejector pin Ejector pin Ejector pin

Max ejection stroke(mm)

30 35 50 50 50

Max slide stroke(mm)

5.38 10.41 9.72 12.93 16.25

Inclination angle 10.17° 16.56° 11° 14.5° 18°

Sliding angle 0° 0° 0° 0° 0°

Installation method

Knock pin(Φ1.5×2)

Knock pin(Φ1.5×2)

Knock pin(Φ3×2)

Knock pin(Φ3×2)

Knock pin(Φ3×2)

Mounting dimension

5×7×10 5×9×10 □9×12 □9×12 □9×12

Shaft size Φ6 Φ8 Φ12 Φ12 Φ12

Bolt size M4 M5 M8 M8 M8

Tax excluding Price (JPY)

98,000 98,000 115,000 120,000 127,000

Drawing P. 5 P. 6 P. 7 P. 8 P. 9

Mounting dimensions

P. 21 P. 21 P. 21 P. 22 P. 22

Assembling procedure

P. 30 P. 30 P. 30 P. 30 P. 30

Standard SUPPON

CORE SUPPON:SSR01~05,SSS01,02

Characteristics of SUPPON・No need angular pins.・No need for slant milling on the mold.・To make the mold smaller in the size and design it easily.・ Easy to mold undercuts on the tip of the ejector sleeve pins.

Sp

ecif

icati

on

of

SU

PP

ON

Sh

ap

e p

iece

Eje

cto

r p

in

Page 7: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Part nameCORE SUPPON

- SQUARE TYPE -

Part number SSS01 SSS02

Size:B×D(mm) 31×19 56×25

Height:H(mm) 75 130

Mounting side Core side Core side

Mounting Method

Mounting pieces

(4-M6×12)

Mounting pieces

(4-M6×12)

Ejection Ejector pin Ejector pin

Max ejection stroke(mm)

40 80

Max slide stroke(mm)

15.35 30.71

Inclination angle 21° 21°

Sliding angle 0° 0°

InstallationMethod

Knock pin(Φ3×2)

Knock pin(Φ4×2)

Mounting dimension

□9×12 □12×15

Shaft size Φ10 Φ13

Bolt size M6 M10

Tax excluding Price(JPY)

98,000 186,000

Drawing P. 10 P. 11

Mounting dimensions P. 23 P. 23

Assembling procedure P. 30 P. 30

Sp

ecif

icati

on

of

SU

PP

ON

Sh

ap

e p

iece

Eje

cto

r p

in

4

Page 8: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Drawing】CORE SUPPON:SSR01

5

Page 9: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Drawing】CORE SUPPON:SSR02

6

Page 10: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

7

Standard SUPPON

【Drawing】CORE SUPPON:SSR03

Page 11: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

8

Standard SUPPON

【Drawing】CORE SUPPON:SSR04

Page 12: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

9

Standard SUPPON

【Drawing】CORE SUPPON:SSR05

Page 13: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

10

Standard SUPPON

【Drawing】CORE SUPPON:SSS01

Page 14: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

11

Standard SUPPON

【Drawing】CORE SUPPON:SSS02

Page 15: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

12

Characteristics of SUPPON・To move the shape piece opposite directions simultaneously.・When ejecting, each pieces of STR01 and STS01 is opening.・When ejecting, each pieces of SVS01 is closing.

Part name TULIP SUPPON

Part number STR01 STS01 SVS01

Shape piece motionOpen

(mold open)

Open

(mold open)

Close(mold open)

Size:B×D(mm) Φ24 38×19 45×19

Height:H(mm) 80 80 80

Mounting Method Core side Core side Core side

Mounting arrangement

Mounting pieces

Mounting pieces

Mounting pieces

Ejection Ejector pin Ejector pin Ejector pin

Max ejection stroke(mm)

40 45 40

Inclination angle 8° 11° 5°

Sliding angle 0° 0° 0°)

InstallationMethod

Knock pin(Φ1.5×4)

Knock pin(Φ1.5×4)

Knock pin(Φ1.5×4)

Mounting dimension

□5×10 5×10×10 5×10×10

Shaft size Φ10 Φ10 Φ10

Bolt size M6 M6 M6

Tax excluding Price(JPY)

158,000 158,000 158,000

Drawing P. 13 P. 14 P. 15

Mounting dimensions P. 24 P. 25 P. 26

Assembling procedure

P. 30 P. 30 P. 30

Standard SUPPON

TULIP SUPPON:STR01,STS01,SVS01

Sp

ecif

icati

on

of

SU

PP

ON

Sh

ap

e p

iece

Eje

cto

r p

in

Page 16: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

13

Standard SUPPON

【Drawing】TULIP SUPPON:STR01

Page 17: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

14

Standard SUPPON

【Drawing】TULIP SUPPON:STS01

Page 18: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

15

Standard SUPPON

【Drawing】TULIP SUPPON:SVS01

Page 19: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Characteristics of SUPPON・No need ejector plate.・To put "SUPPON" in tow-plate molds.

Standard SUPPON

CAVITY SLIDE SUPPON:SCR01,02,SCS01

Part name CAVITY SLIDE SUPPON

Part number SCR01 SCR02 SCS01

Size:B×D(mm) Φ32/Φ36 Φ34/Φ38 42×23

Height:H(mm) 90 90 90

Mounting side Cavity side Cavity side Cavity side

Mounting arrangement

Mounting pieces(4-M6×12)

Step of HolderMounting pieces

(4-M6×12)

Ejection Spring Spring Spring

Max ejection stroke(mm)

24 24 30

Max slide stroke(mm)

10.69 10.69 20.24

Inclination angle 24° 24° 34°

Sliding angle 0° 0° 0°

InstallationMethod

Bolt(M6×20)

Bolt(M6×20)

Bolt(M6×20)

Mounting dimension

□10×3 □10×3 □10×3

Spring SWL14-70×1 SWL14-70×1 SWF10-90×2

Knock pinΦ4×5 knock pin

M6×15

Φ4×5 Knock pinM6×15

Φ4×5 Knock pinM6×15

Tax excluding Price(JPY)

148,000 148,000 155,000

Drawing P. 17 P. 18 P. 19

Mounting dimensions P. 27 P. 28 P. 29

Assembling procedure P. 31 P. 32 P. 31

16

Sp

ecif

icati

on

of

SU

PP

ON

Sh

ap

e p

iece

Accessori

es

Page 20: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Drawing】CAVITY SLIDE SUPPON:SCR01

17

Page 21: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Drawing】CAVITY SLIDE SUPPON:SCR02

18

Page 22: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Drawing】CAVITY SLIDE SUPPON:SCS01

19

Page 23: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

■《precautions》 Assembling procedure, Ejector pin length

Notes on assembling SUPPON in the mold are as follows.

1.Assembling SUPPON in the mold.About assembling SUPPON, Please fix a shape piece and SUPPON based on the position shape piece in the mold and keep the gap between SUPPON and the mold.When SUPPON is fixed a shape piece based on the SUPPON position and moved it for molding, the shape piece rub the mold and SUPPON is broken.Therefore, Please fix a shape piece and SUPPON based on the position shape piece in the mold.Also, Please do not hit SUPPON and fixed parts by hammer.

2.Tension of ejector pinPlease fix the ejector pin and SUPPON so as not to apply tensile force to the ejector pin.When a tensile force is applied to the ejector pin, SUPPON is broken.when the ejector plate is lowered with dust is caught between shape piece and the mold, shape piece is not lowered to correct position so SUPPON is broken.

3.Disclaimer concerningThe above 1. And 2. Regarding the breakage of SUPPON caused by the defective assembly condition, the shock impact at the time of loading the mold, and the hanging state, we will make it exemption from responsibility.

20

Page 24: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Mounting dimensions】CORE SUPPON:SSR01~03

21

Page 25: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【Mounting dimensions】CORE SUPPON:SSR04,05Standard SUPPON

22

Page 26: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Mounting dimensions】CORE SUPPON:SSS01,02

23

Page 27: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【Mounting dimensions】TULIP SUPPON:STR01Standard SUPPON

24

Page 28: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Mounting dimensions】TULIP SUPPON:STS01

25

Page 29: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【Mounting dimensions】TULIP SUPPON:SVS01Standard SUPPON

26

Page 30: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Mounting dimensions】CAVITY SLIDE SUPPON:SCR01

27

Page 31: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【Mounting dimensions】CAVITY SLIDE SUPPON:SCR02Standard SUPPON

28

Page 32: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Mounting dimensions】CAVITY SLIDE SUPPON:SCS01

29

Page 33: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【Assembling procedure】SSR,SSS,STR,STS,SVS seriesStandard SUPPON

30

Page 34: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【Assembling procedure】SCR01,SCS01Standard SUPPON

31

Page 35: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【Assembling procedure】SCR02Standard SUPPON

32

Page 36: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Options】

33

You can selected Standard SUPPON parameter of Shape piece mounting, Mounting pieces Height, ejection stroke, slide stroke and sliding angle.Please download the Option request sheet and mail to the following e-mail address after choosing the option and fill in company name and your name.

ContactsE-mail address of SUPPON development division : [email protected]

Option request sheet download URL:http://www.technocrats.co.jp/SUPPONshop/user_data/option

Page 37: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【Options】Standard SUPPON

34

Page 38: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Options】

35

Page 39: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【Options】Standard SUPPON

36

Page 40: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Standard SUPPON

【Options】

37

Page 41: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

To reduce the machining costAdvantages of SUPPON

Characteristics of SUPPON : To reduce the mold parts number, No need Advantages of SUPPON : To reduce machining cost and manhours.

To reduce assembly process of undercut mechanismAdvantages of SUPPON

Conventional SUPPON

Characteristics of SUPPON : To reduce the mold parts, No need alignment adjustment.Advantages of SUPPON : To reduce machining cost and manhours.

Conventional SUPPON

Animation URL:http://www.technocrats.co.jp/spsh_movie/manhour_cost_cut.swf

AnimationURL:http://www.technocrats.co.jp/spsh_movie/manhour_cost_cut.swf

38

Page 42: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

To reduce cycle time Advantages of SUPPON

Characteristics of SUPPON : MAX inclination angle 45°.Advantages of SUPPON : To reduce cycle time, To make the mold smaller in size.

To make the mold smaller in sizeAdvantages of SUPPON

Downsizing!!

SUPPON

Conventional

Conventional SUPPON

15°

15°

45°

45°

AnimationURL:http://www.technocrats.co.jp/spsh_movie/cycletime_cut.swf

39

Page 43: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Remedy for sink marks of boss 1Example of used

Easy to mold undercuts on the tip of the ejector sleeve pins and make a remedy shape forsink marks of boss.

Remedy for sink marks of boss 2Example of used

TULIP SUPPON※ can easily cut a groove at the bottom of the boss as remedy for sink marks of boss. ※Order made type

CORE SUPPONEjector sleeve pin&

Center pin

Injection moldingProducts

Remedy shape for sink marks of boss⇒

Cut a groove complete !!

TULIP SUPPON

AnimationURL:http://www.technocrats.co.jp/spsh_movie/sleeb.swf

AnimationURL:http://www.technocrats.co.jp/spsh_movie/sink1.swf

40

Injection moldingProducts

Page 44: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Obstacle avoidanceExample of used

Tow SPPON※ can make a difficult undercut shape of narrow part.※Order made type

Cooling tubeExample of used

SUPPON※ can have a built in cooling tube and cooling plastics. ※Order made type

Shape pieces

In the conventional mechanism,A shape piece was hitting the obstacle.

In order to avoid obstacle part, SUPPONs can move the shape piece

separately from the other one.

Obstacle

SUPPON

Shape piece

SUPPON

Cooling tube

AnimationURL:http://www.technocrats.co.jp/spsh_movie/2way.swf

AnimationURL:http://www.technocrats.co.jp/spsh_movie/cooling.swf

41

Page 45: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

SUPPONSHOP

Click!!

【SUPPONSHOP】How to order 1/2

①Please search ‘SUPPONSHOP’ in internet browser.※SUPPONSHOP URL: http://www.technocrats.co.jp/SUPPONshop/

②Please click ‘SUPPONSHOP 株式会社テクノクラーツ’ from the search results.

Click!!

③Please click ‘Standard SUPPON’.

Click!!

42

Page 46: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【SUPPONSHOP】How to order 2/2

④Please click fitted model of your undercut from the following red circle.

Click!!

⑤Please enter Part number, quantiry and click in the cart. Then move to order procedure.

43

Page 47: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

【SUPPONSHOP】SUPPON 3D data download

42

You can download of 3D CAD data of Standard SUPPON on this catalog.Please download it and use your mold design.

①Please click the following button.

②By clicking “型閉時” or “駆動時” in the “3Dモデル” clumn, youcan download the 3D data(STEP file) of the SUPPON model.

Please check SUPPON SHOP for animation and the other information!

Page 48: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Editing & Publishing : Technocrats CorporationAddress : Hiroshima head office 1-5-5, Matoba-cho, Minami-ku, Hiroshima-shi, Hiroshima 732-0824, JapanTEL : +81-82-264-1010FAX : +81-82-264-1071E-mail : [email protected] : http://www.technocrats.co.jp/SUPPONshop

Warranty Standard

Copy not Permitted

In this Warranty Standard, "the Company" means of Technocrats Corporation.All warranties on products (the “Products") purchased by the Customer from the Company that are listed in this catalog, including web based catalog (the “Catalog") are based on the Terms and Conditions and the following warranty provisions (this “Warranty"). By purchasing or using the Products, the Customer is deemed to have agreed with this Warranty, regardless of any other warranty provisions the Customer may have with the Company regarding the Products.

●Scope and Period of Warranty1. With respect to the Products purchased by the Customer, the Company will replace all or part of the Products or repair the Products

free of charge if it is deemed there is any damage, deformation or defects to the Products (the “Defects") that are attributable to the Company, on the condition that written notification stating sufficient details of the Defects, satisfactory to the Company, reaches the Company within the warranty period (defined in the following clause), and the Company acknowledges the Defects are attributable to the Company. Provided, however, that the following cases are outside of the scope of the warranty.

(1) Defects caused by use of the products in any way other than as a part of general injection mold for injection molding.(2) Defects caused by use of the products as a part of automotive, automotive equipment, transportation devices with the purpose

transporting humans, medical equipment with the purpose of curing and diagnosing humans, customer goods that are used in general households such as electronic and electric equipment.

(3) Defects caused by use of the Products in aerospace equipment, nuclear energy equipment, or military-related products such as weapons or arms.

(4) Defects caused by recklessness or error in the Customer's handling of the Products.Please check the precautions on this catalog.

(5) Defects caused by natural disasters (including, without limitation, earthquakes, fires and floods)(6) Defects caused by disputes(War, Disputes).(7) Defects caused by the Customer itself processing, repairing, modifying or disassembling the Products.(8) Defects caused by prevents general injection molding behavior.(9) Defects caused by use of the Products outside the Japan.(10)Defects caused by using the Products for untested or unanticipated purposes or in untested or unanticipated ways.(11)Defects caused by the Customer using the Products in violation of the provisions of the Terms and Conditions.(12)Defects caused by the customer resale to third party and occurred.2. The warranty period applicable to the Products under this Warranty is one year from the day the Company ships the Products.3. Minor flaws such as scratches, marks, dents or discoloration that do not make the Products unusable do not constitute Defects. Provided,

however, that if the Company acknowledges any flaws such as scratches, marks, dents or discoloration to be particularly significant, such flaws will constitute a Defect.

4. Within one week of receipt of the Products the Customer shall confirm the name and quantity of the Products, check that the specifications of the Products match those listed in the Catalog and that there are no Defects in the Products. If there is any Defect, the Customer must give written notification to the Hiroshima head office of the Company, from which the Customer purchased the Products, within one week. Please note that the Company may deem that the Products have no Defects under warranty if it does not receive notice within one week of receipt of the Products.

5. The Customer will be charged for all replacements and repairs of the Products that take place after the warranty period, that are outside the scope of warranty, or are otherwise not subject to this Warranty.In certain cases, repair or replacement may not be possible due to the nature, production date or specification of the Products.

●Disclaimer1. Other than as expressly provided in the Terms and the Conditions and this Warranty, the Company will not be liable in any way for any

damages(regardless of whether such damages are direct or indirect, or general or special), losses or expenses arising in relation to Defects of the Products. Damages due to defects in products manufactured using this product, defects in manufacturing equipment and equipment in which this product is incorporated, or products manufactured using this product, production line at customer's factory and production facility , Regardless of whether it is indirect damage or direct damage or normal damage or extraordinary loss), loss and expense (Hereinafter referred to as "damages, etc."), the Company shall not assume any responsibility.

2. The maximum liability of the Company for damages arising out of or in connection with Defects of the Product shall be limited to the actual amount paid by the Company to the Customer for the Products in Defects. In no event shall the Company be liable for any special, consequential or tort damages of any kind, including, but not limited to, damages resulting from any loss of profits.

3. In particular, the Company will not be liable for any damages arising out of or in connection with any of the following cases.(1) Use of the Products by the Customer in violation of precautionary notices, warnings or any other provision contained in Terms and

Conditions, Catalogs, manufacturer guarantee certificate or warranty(2) Defects in the Product caused by the willful misconduct or negligence of the Customer(3) Defects in the Products caused by force majeure(4) Infringement of any patent rights, utility model rights, design rights, trademark rights or other intellectual property rights of a third

party arising in relation to the Products(5) Exportation of the Products or delays in or prohibition of exportation of the Products due to laws or ordinances, or regulations

●Term1. This Warranty only applies to the purchase and use of the Products within the Japan and is not applicable outside of such country.2. Under this Warranty, the Company may request the Customer return the products that need to be repaired of replaced to the Company.

Please be aware that the Company cannot send employees to the Customer to repair or replace the Products.3. Production and sale of the Products may be suspended at the discretion of the original manufacturer. Please be aware that in this case it

will not be possible to replace the Product with the exact same product.4. The Company may revise, modify or amend this Warranty(“Amendments”) and will set forth such Amendments in the Catalog or on the

website of the Company (http://www.technocrats.co.jp/SUPPONshop/user_data/warranty). If the Customer orders the Products after such Amendments, the Customer will be deemed to have approved such Amendments.

45

Page 49: Next Generation Undercut Molding Unit SUPPON...10×3 10×3 10×3 Spring SWL14-70×1 SWL14-70×1 SWF10-90×2 Knock pin Φ4×5 knock pin M6×15 Φ4×5 Knock pin M6×15 Φ4×5 Knock pin

Technocrats

Technocrats CorporationSUPPON development devitionTEL : +81-82-264-1010FAX : +81-82-264-1071E-mail : [email protected]

※Please feel free to contact us aboutundercut design using SUPPON,presentation request and any questions.

👉【Business Contact】