Double-shaft single-surface grinding polishing all-in-one machine for lens

Abstract

The invention relates to a double-shaft single-surface grinding polishing all-in-one machine for a lens, and the double-shaft single-surface grinding polishing all-in-one machine comprises a stander, a main shaft rotating mechanism, a vacuum connecting mechanism, an eccentric vacuum sucker mechanism, a right automatic elevation mechanism, a left automatic elevation mechanism, a right universal grinding-disc mechanism, a left universal grinding-disc mechanism, a transmission mechanism and an electrical control box; the vacuum connecting mechanism and the eccentric vacuum sucker mechanism are respectively connected with the main shaft rotating mechanism; the right automatic elevation mechanism and the left automatic elevation mechanism are fixed on the stander, the right universal grinding-disc mechanism is installed in the right automatic elevation mechanism, and the left universal grinding-disc mechanism is installed in the left automatic elevation mechanism; the transmission mechanism is fixed on the stander, and the transmission mechanism is respectively connected with the right universal grinding-disc mechanism and the left universal grinding-disc mechanism; and the electrical control box is respectively connected with the main shaft rotating mechanism, the right automatic elevation mechanism, the left automatic elevation mechanism and the transmission mechanism. The double-shaft single-surface grinding polishing all-in-one machine has high production efficiency, high product quality, low production cost, high yield and low labor intensity, and is suitable for the industrialized production.

Description

technical field [0001] The invention relates to a double-axis single-side grinding and polishing integrated machine for lenses. Background technique [0002] The traditional lens grinding and polishing machine does not use a vacuum suction cup. The double-sided grinding and polishing machine adopts the polishing machine production process in the 1990s. The upper and lower grinding discs move relatively, and the workpiece tooth plate drives the workpiece to rotate and revolve. It has the following defects: 1. Slow processing speed , low production efficiency; 2. Easy to stack and break edges; 3. The workpiece tooth plate is easily damaged and the production cost is high; 4. The output is low and the yield is low; On the plate, rely on the cylinder to drive the upper plate to press the workpiece tooth plate to follow the rotation, which has the disadvantages of high labor intensity, low output, and is not suitable for industrialized production. Contents of the invention [...

AI Technical Summary

Problems solved by technology

[0002] The traditional lens grinding and polishing machine does not use a vacuum suction cup. The double-sided grinding and polishing machine adopts the polishing machine production process in the 1990s. The upper and lower grinding discs move relatively, and the workpiece tooth plate drives the workpiece to rotate and revolve. It has the following defects: 1. Slow processing speed , low production efficiency; 2. Easy to stack and break edges; 3. The workpiece tooth plate is easily damaged and the production cost is high; 4. The output is low and the yield is low; On the plate, relying on the cylinder to drive the upper plate to press the workpiece tooth plate to rotate, which has the disadvantages of high labor intensity, low output, and is not suitable for industrial production.

Images