Novel double-station numerical control end surface grinding machine

Abstract

The invention discloses a novel dual-station numerical control end face grinder, which includes a frame, and the frame is provided with a first station end face grinder and a second station end face grinder, wherein: the first station end face grinder includes There is a first grinding wheel device for grinding the workpiece, a first grinding wheel automatic dressing device for dressing the grinding wheel, and a first three-axis linkage tool holder device for fixing the workpiece; the structure of the second station end face grinder is the same as that of the first The station face grinder is the same. The invention adopts a double-station structure, has a compact structure, optimizes the overall structure of the equipment, improves the performance of the equipment, increases the production efficiency, and saves labor costs and production costs.

Description

technical field [0001] The invention belongs to the technical field of numerical control processing machinery, and in particular relates to a novel double-station numerical control end face grinding machine. Background technique [0002] With the rapid development of the market economy, the requirements for efficiency are getting higher and higher, and the control of costs is becoming more and more strict. At present, the single-station knife and scissors machinery on the market occupies limited factory land, and the cost of operators is high. Therefore, the inefficient Single-station knives and scissors mechanical equipment has been difficult to meet customer requirements and economic development requirements. [0003] At the same time, the current CNC face grinder generally adopts the tool holder with two-axis linkage transmission. The structure of the tool holder with two-axis linkage transmission only provides a force in the horizontal direction, but the tool holder is s...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the market economy, the requirements for efficiency are getting higher and higher, and the cost control is becoming more and more strict. At present, the single-station knife and scissors machinery on the market occupies limited factory land, and the cost of operators is high. Therefore, the inefficient Single-station knives and scissors mechanical equipment has been difficult to meet customer requirements and economic development requirements

[0003] At the same time, the current CNC face grinding machine generally adopts the tool holder with two-axis linkage transmission. The structure of the tool holder with two-axis linkage transmission only provides a force in the horizontal direction, but during the workpiece grinding process, the tool holder is simultaneously Due to the combination of horizontal and vertical forces, the tool holder that only bears the horizontal force will affect the accuracy of the whole machine and the service life of the equipment. Convenient debugging, time-consuming and labor-intensive, can no longer meet the diversification and standardization of market products and the requirements of producers for high-efficiency equipment

[0004] On the other hand, after long-term use, the grinding wheel will wear and tear itself. If the grinding wheel is not trimmed, it will seriously affect the quality and efficiency of polishing. Therefore, it is necessary to dress the grinding wheel regularly

In the prior art, manual dressing is generally used for grinding wheel dressing. However, manual dressing of grinding wheels seriously affects the operational safety of machine tools, the uniformity of product specifications, and low production efficiency, which reduces the production efficiency of enterprises. That is to say, manual Dressing the grinding wheel actually inhibits the development of hardware knives and scissors equipment to a large extent and limits the improvement of product quality

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