Automatic beveling machine

Abstract

The invention discloses an automatic beveling machine. A control system automatically controls a vacuum suction cup on a three-axis moving mechanism to suck components on a working platform to be moved into a chamfering die; two motors drive the components and the chamfering die correspondingly to reversely rotate to polish the components, during polishing, the magnitude of the pressure is controlled through a pressure adjusting spring, and after one of the components is machined, the components are returned back to the original positions; the polishing face of the chamfering die is in a hollow hemisphere shape; and a plurality of mounting hole positions are reserved in the working platform for mounting of different sample plates, and a plurality of die holes which are formed according toa certain rule are formed in the sample plates for fixed placement of the components. According to the automatic beveling machine, automation can be achieved, the working efficiency is improved greatly, and the machining intensity of workers is reduced; and the appropriate pressure can be controlled through the pressure adjusting spring, the chamfering die of a spherical structure can ensure thatthe chamfered angle of a product is 45 degrees, force bearing and beveling are more uniform, and thus the automatic beveling machine is suitable for beveling of the different components and high in applicability.

Description

technical field [0001] The invention belongs to the technical field of component processing, and in particular relates to an automatic edge beveling machine. Background technique [0002] Optical components or wafers need to be ground and chamfered during the production process to remove the machining allowance and sharp corners of the outer edge. In the traditional beveling processing process, hand-held components are usually used to process on the beveling grinding wheel. Manual bevelling is time-consuming, laborious, inefficient, and the manual operation has poor stability and large errors, resulting in the processing accuracy of the same batch of products. And the consistency is poor, especially for some components that require specific angle chamfering. The existing grinding machine has a single point of force during grinding and cannot accurately control the grinding pressure; for some components with relatively low mechanical strength, if the grinding pressure is not...

AI Technical Summary

Problems solved by technology

In this patent, the working suction cup can be used to fix the processing components conveniently, and multiple grinding wheels are used for grinding, but the grinding pressure cannot be accurately controlled during the grinding process, and the chamfering angle cannot be precisely controlled to be a smooth 45° angle, and the grinding wheel is in the grinding process. It is easy to wear and affect the grinding accuracy. In addition, the device cannot automatically and continuously absorb, move, position and polish multiple components, and the work efficiency is still low; it is not convenient to apply to the chamfering of components of different sizes. Machining, requiring replacement of the rollers and formers and re-leveling and repositioning

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