全自动高精度EVA发泡注射成型机 （合模力：立式180TONS）

特性/Features 
1操作系统：采用多屏操作系统，快速有效。
2. 射出系统：计量机构采用电位计检测并配合PLC及PC运算，可精确控制料量。射出移座机构采用线性滑轨配合刹车马达驱动，由变频器控制高速位移；定位机构采用旋转编码器精确检测位置。
3合模系统：两段式快速开合模机构，具备完全闭模的检测功能装暨。低操作平台，加速开模行程， 可弹性运用各种不同形式的模具。
4. 控制系统：视窗操作系统建构的控制程式， 运用图像式人机界面， 配合触摸式荧屏，可线上监控入料转速、射出量、射出时间、射出温度、 加硫时间及产量，简单易学亲和力高。PLC模组系统设计，各项功能结构清晰。

 5油压系统：采用伺服油压系统，提高系统安全和稳定性能 ， 降低噪音，从而提高生产效率。配合电脑 控制系统可精确控制多段压力及流量。
6节能设计：模站免通水，采用高效隔热材料， 液压系统采用风冷、 节约能耗。
7伺服节能系统：配伺服节能系统，节约电量约30%左右。

AUTOMATIC FOAM EVA INJECTION MOULDING MACHINE （Mould clamping force is Vertical 180 TON）

1.0PERATION SYSTEM: 
Using multi-screen operation system that can be quick and efficient 
2. INJECTION SYSTEM:
The measuring mechanism utilizes potentiometer detection and coordinates with the operation of PLC to control material quantity p「ecisely. The two injectors move with linear slide and b「ake motor drive, and its high-speed movement is controlled by inverter; the detent mechanism utilizes rotary encoder to detection place precisely 
3.  MOULD CLAMPING SYSTEM: 
Two-section quick mould opening and clamping mechanism 1s equipped with detecting device that has function detection of fully mould clamping. The low operation 
platform can improve mould-opening stroke and be apply to various kinds of moulds 
4. PC CONTROLLING SYSTEM:
Utilize windows controlling system and human computer system, coordinates with contact screen, we can control material injection rotation speed, injection quantity, injection time, injection temperature, curing time and quantity; the system is easily learned and operated. On the PLC module system, each function and constructure is clear 
5.OIL HYDRAULIC SYSTEM: 

Utilized servo oil hydraulic system, improve system safety, stab小ty, decrease noise to enhance production eff芒ncy Coordinating with computer control system. we can control pressure and flow rate of different sections
precisely
6.  ENERGY-CONSERVATION DESIGN
No need water circulation for mould stations, using efficient heat insulation materails, using air cooling for hyd「aulic system to save power 
7. SERVO ENERGY-CONSERVATION SYSTEM
Selecting servo energy conservation system can save about 30% energy