Crystal ball face milling machine

Abstract

The invention discloses a crystal ball face milling machine, which has a unique structure, is skillfully designed, can automatically position and clamp aluminum bar in aluminum assembly, allows a bracket towing mechanism to independently and accurately position and move along a horizontal or vertical direction relative to a milling disc mechanism, effectively improves production efficiency and accuracy. The invention solves a technical problems existing in the prior art that the positioning-clamping process of the aluminum bars is time consuming and labor consuming and the bracket towing mechanism cannot change the positions relative to the milling disc according to processing requirements, so that the face-milling range of the crystal ball becomes smaller and the production efficiency is low. The crystal ball face milling machine comprises a machine frame, a milling disc mechanism arranged on the machine frame and a pair of bracket towing mechanisms which horizontally slide along slide rails on the machine frame and are arranged on the machine frame and matched with the milling disc mechanism, wherein the bracket towing mechanisms are fixedly provided with the aluminum bars; the machine frame is provided with a mechanism which can make each bracket towing mechanism independently move on the machine frame along the horizontal or vertical direction; and the aluminum bars are fixed on the bracket towing mechanisms by movable type dovetail groove clamps.

Description

Technical field [0001] The invention relates to a crystal workpiece processing equipment, in particular to a crystal ball grinding machine. Background technique [0002] The existing crystal grinding machine includes a frame, a carriage and a grinding disc mechanism. The carriage is horizontally slidably connected to the frame. The carriage is provided with an aluminum row that clamps and fixes the crystal ball. The aluminum row is in turn with the crystal ball grinding adjustment mechanism. The crystal ball grinding surface angle adjustment mechanism is connected, and the grinding disc can be raised and lowered. The early grinding discs were manually lifted. Each time a grinding surface processing is completed, the grinding disc must be returned to the initial position, and the processing surface will be raised to the required height to continue processing. Therefore, the grinding disc needs to be raised and lowered frequently during the processing, resulting in low production e...

AI Technical Summary

Problems solved by technology

[0005] The present invention mainly provides a kind of exquisite structure, ingenious conception, automatic positioning and clamping when the aluminum row is clamped, and two sets of crystal blank clamping mechanisms can independently and accurately position and move relative to the grinding disc mechanism along the horizontal or vertical direction, thereby The surface grinding range of the crystal ball is increased, which effectively improves the production efficiency and precision of the crystal ball grinding machine, and solves the time-consuming and laborious process of positioning and clamping the aluminum row in the prior art, and the clamping mechanism of the crystal blank cannot be changed according to the processing requirements. Its relative position to the grinding disc makes the scope of the crystal ball grinding surface smaller and the production efficiency is low.

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