Second Generation Equipment

• Features: Improve the shortcomings of the first generation, introduce pelletizing technology, and cut the rubber into pellets for injection.

• Breakthrough: Use traditional hot runners to improve the flow channel design and preliminarily solve the problems of material fluidity and molding efficiency.

• Limitations: The pelletizing operation is complicated, the pellets are easy to stick together, the hot runner design wastes a lot of materials, and the operation difficulty is still high.

Third Generation Equipment

• Features: In response to the problems of the second generation, the feeding link and screw structure are further improved to achieve smoother injection.

• Breakthrough: Started to try mold improvement, introduced the concept of the cold runner to reduce material waste and accumulate experience for the cold runner technology of the fourth-generation equipment.

• Limitation: The overall efficiency and stability need to be improved.

Fourth-generation equipment

• Features:
Officially introduced cold runner design to effectively reduce material waste and operation complexity.
Initially, automated feeding technology was tried to achieve efficient feeding.

• Breakthrough: The cold runner design became the first solution in the industry to integrate cold runners into rubber injection equipment.

Fifth-generation equipment

• Features:
Feeding monitoring and alarm functions improve the reliability and stability of equipment operation.
Core technology breakthrough: runner plate nozzle manufacturing technology to prevent raw material backflow. By setting up flow channels, limiting protrusions, three-claw blocks, and spherical structures, one-way flow is achieved.
Significantly improve injection accuracy and reduce defective product rate.

• Advantages: Eliminate the backflow of rubber raw materials and improve product quality and production efficiency.

Sixth-generation equipment

• Features:
Optimize cold runner and anti-backflow technology, and the equipment is more stable and reliable.
Increase production according to customer needs while significantly reducing energy consumption.

• Advantages: Lay a solid foundation for large-scale commercial use, and the customer market will gradually accept it.

Seventh-generation equipment

• Features:
Adopt a dual servo system to increase production capacity and greatly shorten operation response time.
Enhance the precise control of mold opening stroke, achieve a precision of a few tenths of a millimeter, effectively exhaust, and meet the needs of complex molds.

• Advantages: Combining high precision and high efficiency, it has become a market benchmark equipment.