A fully automatic diamond cobalt plating machine

Abstract

The invention discloses a full-automatic diamond cobalt plating machine which comprises a base, a cobalt plating cylinder stirring mechanism, a cobalt plating cylinder lifting mechanism, a detachable installation support, a temperature control system, an electrode reaction system and a liquid level control system. The cobalt plating cylinder lifting mechanism is arranged on the base. The cobalt plating cylinder lifting mechanism is arranged between the base and the cobalt plating cylinder stirring mechanism. The temperature control system, the electrode reaction system and the liquid level control system are arranged on the detachable installation support. The cobalt plating cylinder stirring mechanism comprises a lifting plate, a motor and a cobalt plating cylinder. The right side of the lifting plate is hinged to the base, and the cobalt plating cylinder lifting mechanism is arranged between the lower portion of the left side of the lifting plate and the base. The left end of the cobalt plating cylinder is provided with a cylinder opening, and the right end of the cobalt plating cylinder is connected with the motor through a shaft connecting piece. Multiple supporting wheels are arranged below the cobalt plating cylinder and are fixed to the upper surface of the lifting plate. By means of the full-automatic diamond cobalt plating machine, cobalt plating can be achieved on a diamond surface, and automatic work and monitoring of various parameters in the whole process can be achieved.

Description

technical field [0001] The invention relates to the technical field of superhard material surface coating, in particular to a fully automatic diamond cobalt plating machine. Background technique [0002] Diamond has excellent properties such as high hardness, strong wear resistance, low surface friction coefficient, and good thermal conductivity, and is widely used in many fields such as cutting tools and grinding tools. Diamond tools for sawing and grinding have become the most important field of synthetic diamond consumption in the world. Due to the inherent properties of diamond itself, there are also many unfavorable factors in practical applications, mainly as follows: 1. Due to its own characteristics, the bonding performance with metal binders is poor; 2. When diamond tools are processed, produce Due to the difference in thermal expansion between the binder and the diamond particles, the diamond particles fall off, causing abnormal failure of the diamond tool; 3. Dia...

AI Technical Summary

Problems solved by technology

The existing diamond cobalt plating equipment is simple and backward, various parameters are operated by experience, the degree of automation is low, various performance indicators cannot be fed back in time, it is inconvenient to adjust during production, the plating tank is easy to wear, and each time the production volume is small and the cycle is long. The surface quality of the coating cannot meet the requirements, far from meeting the needs of production

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