The latest method uses high-pressure water instead of steam to encrypt the constant water channels on the mold. After the injection molding machine is closed, high-temperature hot water is injected to raise the mold temperature to a set value and start injecting plastic into the mold cavity; After the injection molding machine completes pressure holding and enters cooling, cold water is injected. The mold temperature quickly drops to a set value before opening the mold. Then, air is blown into the mold to completely blow away the cold water, completing the entire injection molding process.

The entire series of equipment is equipped with a patented high-efficiency hot water recovery design, featuring the following features:

1. Breaking through the disadvantage of industry equipment that cannot recover residual heat in pipelines and molds during cold and hot exchange, it can truly achieve 99.5% hot water recovery.

2. Indeed, separating hot water and cooling water will not mix, ensuring the true energy efficiency of the equipment.

3. Cleverly applying the high pressure of 180 degree hot water in the hot water tank, the heating mold can be heated using a pump with higher power, which can achieve a flow rate of up to 360L/min, resulting in high heating efficiency and energy saving.

4. An efficient water replenishment device applies precise pressure control to achieve the action of replenishing water to high-pressure systems with a small pump.

1. High gloss surface forming: Improving the surface quality of the product, including line tying, floating weaving phenomenon, MuCell surface quality, can achieve high gloss surface spraying mirror quality and improve surface stress trace phenomenon.

2. Thin shell injection molding: significantly reduces the flow resistance, molding pressure, residual stress, and locking force of thin products.

3. Surface micro and structural forming: such as micro structure forming of light guide plates, chips, etc., can effectively improve the authenticity of V-shaped or microchannel forming.

4. Optical product molding: Reduce the molding cycle of optical lenses, lower residual stress and birefringence, and enhance dimensional safety.