The equipment is equipped with two sets of polishing and washing devices. The right side uses polishing liquid to remove foggy adhesion on the glass aspherical surface, and the left side carries out market water washing. The machine adopts XY two-axis mechanical arm to take and place the lens, and a fog throwing machine is equipped with two XY mechanical arms, one The XY robotic arm throws fog while another XY robotic arm rinses. The machine has the characteristics of high precision, high efficiency and labor saving. All programs can be adjusted and written using the touch screen, and do not rely on the complicated robot operation handle, which greatly reduces the difficulty of debugging personnel.

The temperature of each station of the die press is corrected by the temperature measuring rod, so as to achieve the consistency of the temperature of the equipment.

This equipment is used for aspherical lens mold maintenance. The use of molds for a long time at high temperature will cause problems such as stolen goods and dust spots on the surface that affect the appearance. The surface of the mold can not be completely cleaned by manual cleaning, and it is necessary to rotate the manual maintenance table to clean the surface of the mold, which can effectively remove the dirty goods and dust spots on the surface of the mold.

Used in conjunction with the mold press, the FFU fan and HEPA filter on the top ensure the surface cleanliness of the preform (ball), mold assembly and lens.

It is difficult to separate and combine the molds of aspherical mold because of the small matching gap between the molds and the sleeves. The device is used for mold separation and combination in aspherical molding. The upper mold kernel is pulled out from the mold sleeve and protected by the card plate through the guide column guide sleeve and the upper mold kernel is accurately loaded into the mold sleeve when the mold is closed.