Upper swinging type lens grinding machine

Abstract

The invention relates to an upper swinging type lens grinding machine. One or more grinding complete machines are included. Each grinding complete machine comprises a rack, wherein the rack is provided with a grinding mechanism for grinding to-be-machined materials, a material storage mechanism arranged on one transverse side of the grinding mechanism, and a finished product storage mechanism arranged on the other transverse side of the grinding mechanism, and the rack is further provided with a material transferring mechanism. The materials include a material clamp and a material body arranged on the material clamp, wherein the material to-be-machined face at the bottom of the material body is exposed out of the bottom of the material clamp. Each grinding mechanism comprises a grinding groove, a grinding rotation driving mechanism, a material pressing bar arranged above the grinding groove, and a swing arm mechanism which is used for clamping the material pressing bar and driving thematerial pressing bar to swing around the contact point where the material pressing bar and the materials are in contact in the longitudinal direction of the grinding groove in a reciprocating manner.The upper swinging type lens grinding machine can replace manual grinding, the grinding efficiency of the grinding machine is high, operation is simple, and the quality of ground finished products isgood.

Description

technical field [0001] The invention relates to the field of lens grinding equipment, in particular to a swing-up lens grinding machine. Background technique [0002] The processing flow of the spherical lens includes: cutting, grinding, grinding, and cleaning. After cutting and grinding, the basic size and surface finish of the billet have been formed, but it still cannot meet the customer's optical requirements, and the grinding process must be carried out. Grinding is the most important process to obtain an optical surface. Traditional manual grinding has low work efficiency and cannot meet the high-efficiency production requirements. Moreover, the operation of the grinding process is difficult and scrapped products are prone to occur. Contents of the invention [0003] The object of the present invention is to provide a swing-up lens grinder, which can replace manual grinding, and has high grinding efficiency, simple operation, and good quality of finished products af...

AI Technical Summary

Problems solved by technology

After the blank is cut and ground, its basic size and surface finish have been formed, but it still cannot meet the customer's optical requirements, and the grinding process must be carried out. Grinding is the most important process to obtain an optical surface.

Traditional manual grinding has low work efficiency and cannot meet the high-efficiency production requirements, and the operation of the grinding process is difficult and prone to scrapped products

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