A jet mechanism of single crystal carbide material processing equipment

Abstract

The invention discloses a jet mechanism of single crystal carbonized material processing equipment, which comprises a support base, a fixing frame, a processing device, a bearing disc seat, a jet component, a main adjustment frame body and a filter purification component; the upper end surface of the support base One side is vertically fixed with a fixed frame, and a processing device is installed on the fixed frame; the center position of the upper end surface of the support base is supported and fixed with a bearing plate seat through a support column; the jet assembly is centered on the center of the bearing plate seat It can perform circular rotation around the bearing disc seat; the main adjustment frame can locally adjust the jet angle of the jet assembly on the horizontal plane, and the main adjustment frame can also make the jet assembly spray in a certain circle range through internal rotation. flow. The invention can realize accurate positioning spraying, large-area spraying and recycling electrolyte, which not only facilitates processing but also saves processing cost, improves processing efficiency and guarantees the performance of processed parts.

Description

technical field [0001] The invention relates to the technical field of material processing equipment, in particular to a jet mechanism of single crystal carbide material processing equipment. Background technique [0002] At present, in the prior art, the cutting tool is a tool used for processing in mechanical manufacturing. Ordinary cutting tools are prone to wear during processing, or are prone to shear damage to the workpiece, such as causing processing deformation and metamorphic layers on the processed workpiece, and then Affect the precision machining of the workpiece, resulting in a reduction in machining accuracy, making it impossible to perform ultra-precision machining, especially when targeting high-hardness materials such as single crystal carbide materials, it is easy to affect the performance of the workpiece, greatly reducing the processing efficiency and greatly increasing the processing cost, so generally The electrolyte will be sprayed regularly on the mat...

AI Technical Summary

Problems solved by technology

[0002] At present, in the prior art, the cutting tool is a tool used for processing in mechanical manufacturing. Ordinary cutting tools are prone to wear during processing, or are prone to shear damage to the workpiece, such as causing processing deformation and metamorphic layers on the processed workpiece, and then Affect the precision machining of the workpiece, resulting in a reduction in machining accuracy, making it impossible to perform ultra-precision machining, especially when targeting high-hardness materials such as single crystal carbide materials, it is easy to affect the performance of the workpiece, greatly reducing the processing efficiency and greatly increasing the processing cost, so generally The electrolyte will be sprayed regularly on the material processing surface to reduce the hardness of the material processing

[0003] However, the jet device in the prior art fails to achieve the effect of precise positioning spraying on the workpiece, especially when spraying on the multi-angle edge of some workpieces, it cannot achieve accurate spraying, resulting in reduced processing efficiency. , the processing cost is increased, which affects the performance of the workpiece; and the spraying area is generally narrow and needs to be sprayed many times, which sometimes leads to waste of electrolyte, which is not convenient for processing and affects the efficiency; and the existing jet device does not have circulation. Ability to use, easy to cause waste of electrolyte and increase processing costs

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