Project Description

S series – by servo motor

K90S 900 KN A: 113 g, B: 153 g, C: 199 g
K120S 1200 KN A: 171 g, B: 225 g, C: 283 g
K160S 1600 KN A: 254 g, B: 321 g, C: 397 g
K200S 2000 KN A: 365 g, B: 452 g, C: 650 g
K260S 2600 KN A: 552 g, B: 800 g, C: 1085 g
K320S 3200 KN A: 928 g, B: 1266 g, C: 1652 g
K400S 4000 KN A: 1446 g, B: 1890 g, C: 2366 g
K480S 4800 KN A: 1764 g, B: 2267 g, C: 2830 g
K560S 5600 KN A: 1764 g, B: 2267 g, C: 2830 g
K650S 6500 KN A: 2125 g, B: 2690 g, C: 3321 g
K780S 7800 KN A: 2987 g, B: 3687 g, C: 4065 g
K1000S 10000 KN A: 3871 g, B: 4263 g, C: 5120 g
Specification data are subject to change without prior notice.

# Control System

  • X86 300MHZ main board, 8” TFE800 *480 LCD panel.
  • Adoption of RISC 140 MHZ dual core processor enabling high processing speed, closed-loop control realizes 1~2 ms.
  • Providing complete SPC quality control / Superior &Inferior product identification and statistical system.
  • 5+I sets independent PID control temperature by CPU with data auto-adjustment function. Extendible 6 / 12 sets connection to the mold hot runner.
  • USB interface / SPC data transfer function.

# Hydraulic System

  • The most suitable configuration approved in practice for years. Energy saving, stable, and durable.
  • New generation servo system controller and high performance servo motor.
  • New generation servo driver control system of Inovance.
  • Imported high performance gear pump.
  • Environment-friendly: cooling water needed is 40% – 60% lower than the machine installed with normal piston pump. High purified hydraulic oil can be used as long as five years.
  • Reliable: long life of sealed parts and the overall hydraulic system because of the decrease in the temperature and the special cleaning system of the hydraulic oil.
  • Low noise disturbance: compact hydraulic design enables more stable and peaceful machine operation.

S series machine is with the power system of servo motor.

machine force 80%
Power save 89%
stable 90%

# Clamping Unit

  • High regidity platen ensures even stress and less chance of deformation leading to high precision clamping.
  • Optimized tie bar design ensuring stable and speedy movement with less impact.
  • Lengthened distance between tie bar, mold thickness and opening stroke for more flexibility of mold use.
  • Optimized lubrication system ensuring precision clamping and prolonging the life time of the clamping mechanism.
  • Speedy differential clamping circuit satisfying special movement requirement.
  • Hydraulic driven gear mold adjustment for speedier and reliable mold change.
  • Choice of multi ejector mode

# Injection Unit

  • Fast response injection and sealing construction.
  • Hopper slide guideway allowing more convenient and speedy material change.
  • Nozzle temperature control by PID or percentage for easy processing.
  • 5 stage injection, 3 stage holding pressure & 3 stage plasticizing control satisfying different product requirements.
  • Precise material temperature control ensuring product quality.