S series injection molding machine

1. Clamping Unit

1.1 The box-board type structure is designed by finite element analysis, which ensures even stress, less deformation, high precision clamping and good rigidity.

1.2 Optimized design of tie bard ensures stable and speedy movement with less impact.

1.3 Lengthened opening stroke, maximum mold height and distance between ties bar for more flexible options of mold.

1.4 Automatic lubrication system. There is lubricating point for everywhere that is easy-abrasion. Good lubrication efficiency will improve/prolong the life time for clamping mechanism.

1.5 Speedy differential clamping function satisfies special movement requirement. High speed clamping shorts cycle time.

1.6 Low pressure mold protection

1.7 Multi ejector mode. Two stage ejection

1.8 Transducer for more precise clamping and ejection position control.

1.9 Copper sleeve instead of aluminum sleeve and steel sleeve on the market.

2. Injection unit

2.1 Twin carriage cylinders ensure more even and stable injection(standard feature for below K200VT/S and K200VT/S)

2.2 Movable Hopper slide, easy for cleaning

2.3 Fast response injection and sealing structure

2.4 one-piece injection unit support

2.5 Nozzle temperature controlled by PID or percentage for easy processing.

2.6 5 stage injection, 3 stage pressuring holding, 3 stage plasticizing control meet different production requirement

2.7 Precise material temperature control ensures production quality.

2.8 Nitriding screw and barrel, good for anti-rust.

2.9 Multi screw is optional

2.10 HUAYE screw

2.11 It's okay to help client to buy hopper dryer

3. Power system

3.1 Adoption Sumitomo gear pump imported from Japan, high efficiency, low noise, easy maintenance.

3.2 Inovance servo system with unit parameter and unit standard.

3.3 Closed-loop control for pressure and speed, the RPM and torque can be real-time adjusted, resulting in excellent repeatability.

3.4 outstanding energy saving. The output for drive system is altered sensitively according to the actual need of parts being produced. The result of it is avoidance of energy waste.

3.5 During the pressure holding period, the rotational speed of the drive will be significantly reduced, the resultant output produced by drive system will only be used for actual requirement of production.

3.6 During the cooling period, the output from drive is zero, which means that is no energy cost at all.

3.7 The response time for drive is very fast. It requires only 5 seconds to reach the maximum output. Cycle time is shortened. The efficiency is improved significantly.

Specification

shot weight(ps):A.2125g B.2690g C.3321g

screw diameter(mm):A.80 B. 90 C.100

injection pressure(Mpa):A.197 B.156 C.126

screw L/D ratio: A.23.5:1 B.21:1 C. 19:1

screw stroke(mm): 450

screw speed(rpm): 0-160

clamping force(KN):6500

opening stroke(mm):850

platen size(mmxmm): 1340x1340

space between tie bars(mmxmm):930x900

max.dalight(mm): 1750

mold thickness(min-max): 300-870mm

hydraulic ejection force(KN):137

hydraulic ejection stroke(mm): 280

ejector pin: 12+1

hydraulic system pressure(Mpa): 17.5

Pump motor(KW): 30x2

heating capacity(KW):33.1

number of temp control zones: 6

oil tank capacity(L): 1010

machine dimensions(mxmxm): 8.8x1.9x2.4

machine weight(kg): 30000