
1. Mechanical structure
a. It is welded by 20/25mmQ235 steel plate, which greatly improves the rigidity of the equipment;
b. The frame is CNC machined with sandblasting and annealing processing technology to enhance the strength of the frame and not deform;
c. The surface treatment adopts epoxy zinc-rich primer twice and three-dimensional hammer pattern topcoat twice to enhance the corrosion resistance of the equipment;
d. It can be equipped with heightened legs according to customer needs, which is easy to install;
2. Feeding system
a. The equipment is equipped with double barrels, which can meet the use of materials of different colors, and is equipped with 40 discharge ports;
b. The material level adopts the automatic material level control of the anti-rotation, and there are time and material level control options;
c. The feeding is controlled by proportional valve, and the feeding time is short;
3. Steam system
a. Full proportional valve control, precise and stable heating pressure control;
b. Equipped with a steam recovery system, the waste steam can be recycled for drying room or vacuum, saving energy consumption by 30%;
4. Hydraulic system
a. The hydraulic system adopts dual oil circuit control for mold opening and mold clamping, which shortens the travel time of mold opening and closing;
b. The clamping adopts pressure control to reduce unnecessary waste of clamping time;
5. Control system
a. Adopt PLC and touch screen control;
b. All electrical components adopt well-known brands at home and abroad;
c. Steam, feeding and demolding are all controlled by pressure sensors, easy to adjust and accurate pressure