One pump dual machine structure, automatic mold opening and closing, automatic air release, automatic parking, automatic pressure replenishment, automatic mold ejection, automatic top opening flap,

① The equipment adopts a four column dual structure. The main oil cylinder is made of QT500-7 material, and the plunger is made of cold hard alloy cast iron material. The maximum pressure resistance reaches 20Mpa, with high strength and good wear resistance; The hydraulic system is controlled by 3KW motors.

② The equipment adopts a combination of PC and touch screen intelligent control, with adjustable vulcanization pressure and vulcanization time; Automatic intelligent constant temperature, with automatic deflation function, adjustable deflation frequency, deflation pressure, deflation time, and deflation stroke; The dual structure has independent control on both sides, and the operation does not interfere with each other. Two sets of motor oil pumps are used for independent control, greatly reducing the difficulty of future maintenance.

③ The sealing structure of the main oil cylinder has been improved, and the anti leakage function has been greatly improved. The sealing ring is no longer a vulnerable part, and we also make a one-year warranty commitment.

The device adopts PC+touch screen for program control and button operation, which conforms to traditional operating habits and is convenient for improving work efficiency and stable performance; And emergency stop buttons and auxiliary operation control boxes are installed at corresponding positions to facilitate production operations and safety protection; The main electrical components are fully equipped with the latest high-power electrical components from Delixi, without using outdated components from other manufacturers or the previous ones from these two manufacturers. This ensures more stable performance, longer lifespan, lower failure rate, and guarantees the stable operation of the electronic control system.

After various improvements, the working efficiency of the equipment has been improved, but the energy consumption of the motor has been greatly reduced, the failure rate has been effectively controlled, and maintenance costs have been significantly reduced. It is the best choice for you to improve production efficiency, reduce production costs, and minimize equipment maintenance energy and expenses.