A high-efficiency sapphire crystal processing equipment coolant powder multi-stage sedimentation tank

Abstract

The invention discloses a high-efficiency sapphire crystal processing equipment coolant powder multi-stage sedimentation tank, relates to the technical field of gem processing facilities and equipment, and solves the technical problem of low working efficiency caused by powder accumulation. It includes a tank body, a coolant pump and an outlet pipe. One end of the tank body is provided with a drainage channel, and a first-stage sedimentation chamber is provided below the drainage channel. and outlet pipes are installed on the final sedimentation chamber; the first sedimentation chamber is connected to the final sedimentation chamber through multiple stages to make the coolant overflow and allow the coolant to flow through the largest stroke of the sedimentation chamber, and the upper sedimentation chamber A diversion compartment for guiding the cooling liquid below the liquid level of the next-stage sedimentation chamber is provided between the sedimentation chamber of the next stage; a moving assembly is arranged at the bottom of the tank body. The invention can effectively precipitate the powder in the cooling liquid, has good precipitation effect, is not easily affected by powder accumulation, has good economic benefits, and improves production efficiency.

Description

technical field [0001] The invention relates to gemstone processing facilities and equipment, more specifically, it relates to a high-efficiency multistage sedimentation tank for cooling liquid powder of sapphire crystal processing equipment. Background technique [0002] The main chemical composition of sapphire is Al 2 o 3 , with a Mohs hardness of 9, second only to diamonds. Because of its high hardness, good light transmission, good wear resistance, anti-blue light and other characteristics, it is widely used in high-end watch lenses and high-end mobile phone film. [0003] Because of its high hardness and second only to diamonds, its crystal processing difficulty is relatively high. When processing sapphire crystals, it is necessary to use a tool made of fine emery sintered or resin mixed with emery and electroplated emery to grind the crystal at high speed. During processing, it generates a lot of heat, and grinding crystals will produce a large amount of white sap...

AI Technical Summary

Problems solved by technology

[0005] (1) Use the filter cotton grid to filter the coolant containing a large amount of sapphire powder. The powder will quickly block the filter holes of the filter cotton grid and accumulate on it, so that the filter cotton grid loses its filtering function. , causing the problem of coolant overflowing

Therefore, the operator needs to pay attention to the working condition of the filter cotton grid at all times, and often shuts down the machine to clean the filter cotton grid manually. The operation process is time-consuming and laborious, resulting in low production efficiency.

[0006] (2) Because the traditional water tank on the equipment is designed with a single large grid, and the coolant pump is also located in this large grid, if the filter cotton grille is blocked and not cleaned, the coolant will be injected directly without filtering Into the coolant water tank, due to the backflow of the coolant and the agitation of the coolant when the coolant pump is working, the disturbance in the water tank is too large, which will cause the sapphire powder to be sucked into the equipment again by the coolant pump before it can settle in time

This will not only easily cause the coolant pump to be stuck, but also easily block the coolant pipeline of the machine tool, resulting in less outflow of coolant, poor flushing and cooling effect, and poor crystal processing quality.

Images