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Clamping unit

Max. Clamping Force tf (US ton)

940 x 870 (37.0 X 34.2)

Clamping System

Hybrid Direct Pressure

Tie Bar Distance mm (inch)

730 x 660 (28.7 X 25.9)

Open Daylight mm (inch)

1200 (47.2)

Platen Dimensions mm (inch)

300 (330)

Min. & Max. Mold Thickness mm (inch)

300/700 (11.8 X 27.6)

Ejector System

AC Servo Motor Control

PLASTICIZATION AND INJECTION UNIT

Screw Diameter mm (inch)

Max. Injection Pressure MPa

Theoretical Injection Volume cm_ (oz)

Plunger Stroke mm (inch)

Max. Screw Revolution rpm

Plunger Diameter mm (inch)

Max. Injection Pressure (psi)

Max. Injection Speed mm/sec (inch/sec)

50 (1.97)

Ejector System

219.5

392 (13.17)

200 (7.87)

200

200

220 (8.66)

621 (20.86)

166.6

50 (1.97) L

50 (1.97)

31803

24137

300 (11.81)

300 (11.81)

Machine dimensions and weight

Machine Dimensions L X W X H mm

Machine Weight kg (lb)

Machine Dimensions L X W X H inches

6000 x 1660 x 1988

10000 (22046)

237 x 66 x 79

60 (2.36)

Clamping unit

Max. Clamping Force tf (US ton)

420 x 460

Clamping System

Direct Clamping Ram System

Tie Bar Distance mm (inch)

260 x 300 (10.2 x 11.8)

Open Daylight mm (inch)

16.5 x 18.1

Platen Dimensions mm (inch)

20 (22)

Open Daylight mm (inch)

450 (17.7)

Injection unit

Screw Diameter mm (inch)

Max. Injection Pressure MPa

Theoretical Injection Volume cm_ (oz)

Plunger Stroke mm (inch)

Max. Screw Revolution rpm

Plunger Diameter mm (inch)

Max. Injection Pressure (psi)

Max. Injection Speed mm/sec (inch/sec)

430

70 (2.76)

14 (.47)

262

14 (.55)

38000

200 (7.87)

Machine dimensions and weight

Machine Dimensions L X W X H mm

Machine Weight kg (lb)

Machine Dimensions L X W X H inches

1698 x 1503 x 3018

2000 (4409)

173.3 x 54.3 x 74.1

16 (.63)

Ejector Stroke mm (inch)

AC Servo Motor Control

14 (.55)

14 (.55)

​​8 (0.31)

12 (.47)

197

288

28572

41770

2.0 (.07)

4.5 (.15)

40 (1.57)

40 (1.57)

200 (7.87)

200 (7.87)

420

430

STD

STD

STD

Quick response acceleration and deceleration is key. When you consider injection capability, an important factor is not max injection speed, but how quickly it reacts, from 0 to max and max to 0. Sodick uses the linear motor driven servo valve to increase its injection response. With this valve, the injection gains high acceleration and deceleration performance, as well as control of speed and pressure. 

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To optimize your molding process, it is best to optimize the injection unit size. Sodick separates the plasticizing and injection processes, so you can select a larger size screw for recovery time, and the smaller injection unit for accurate metering and injection profiling. Molders can also choose the small injection unit for larger molds, such as a hot runner or valve gated mold. 

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