Overall structure of superhard material cutting machine

Abstract

The invention relates to an overall structure of a superhard material cutting machine, which comprises a housing (1), a pair of discharge wire guide systems (2), a multi-axis bundling type moving system, a group of cutting wires (4) and a pair of special operating platforms, the pair of discharge wire guide systems (2) are respectively symmetrically mounted on both sides of the housing (1), the track of the multi-axis bundling type moving system is fixedly mounted on the housing (1), an independent V pulley system is mounted on the multi-axis bundling type moving system, the group of cutting wires (4) are respectively wound on the pair of discharge wire guide systems (2) and the set of independent V pulley system, and the pair of special operating platforms are respectively mounted side by side on the housing (1), and are located under the independent V pulley system. The machine disclosed by the invention is smaller in size, the structure is more compact, the structure design is novel, the cutting efficiency is high, and the volumes and weights of cuttable superhard materials are great. The superhard material cutting machine can meet the cutting requirements of heavy-weight, high-output superhard materials, and has high market promotion value.

Description

technical field [0001] The invention relates to the field of superhard material cutting machines, in particular to the overall structure of superhard material square cutting machines. Background technique [0002] With the continuous advancement of the "white ban" policy, as a substitute for traditional incandescent lamps, LED lamps are widely popular in the market, and will increase rapidly at a rate of more than 35% every year. Once all incandescent lamps stop production and sales from October 1, 2016, the market demand for LED lamps will continue to increase. Focusing on the LED market and considering the commonly used substrate materials for LEDs, silicon carbide (hardness 9.5) and sapphire (hardness 9) are the most commonly used materials, both of which are superhard materials second only to diamond in hardness. Silicon carbide and sapphire can not only be used for LED substrates, but also can be used in other fields due to its superior properties. The excellent optic...

AI Technical Summary

Problems solved by technology

For the fixed diamond spool, the table moves up and down, the volume and weight of the processed superhard materials are limited; while the diamond spool cantilever moves up and down independently, the diamond spool is easy to deform and has poor stability; the motor drives the cutting machine of the diamond spool, and the system adds a set Or multiple sets of motors, the cost is higher

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