Photoelectric tool setting device capable of adjusting and correcting tool setting face and replacing and maintaining tool setting block

Abstract

The invention discloses a photoelectric tool setting device capable of adjusting and correcting a tool setting face and replacing and maintaining a tool setting block. The photoelectric tool setting device capable of adjusting and correcting the tool setting face and replacing and maintaining the tool setting block comprises a movable assembly mechanism and a fixed assembly mechanism, and a support of the movable assembly mechanism is sleeved on a guide pillar of the fixed assembly mechanism. Through the way, the photoelectric tool setting device does not need to perform precise installation on a whole structure, and only needs to adjust screws so as to correct levelness of the tool setting face on the tool setting block. After a tool face is abraded, the tool face can be dismantled by a user to be grinded again and then installed and corrected, or the user can make a tool setting block again to replace the original tool setting block, and therefore product cost is reduced, and product stability is improved.

Description

technical field [0001] The invention relates to the field of machining tools, in particular to a photoelectric tool setting device capable of adjusting and correcting a tool setting surface and replacing and maintaining a tool setting block. Background technique [0002] In CNC milling machine processing, it is necessary to set the tool to determine the coordinates of the tool. Traditional manual tool setting is generally used in the mechanical processing industry that the inventor contacts. The disadvantage of manual tool setting is that the tool setting accuracy is low, the speed is slow, and it is easy to be damaged blade. There are many brands of tool setting devices on the market, and their prices range from 500 to more than 8,000 yuan. The tool setting devices on the market generally have the following disadvantages: (1) The buffer distance is short, and many of them are only about 2mm. The operator is easy to damage the tool setting device if he is not careful when s...

AI Technical Summary

Problems solved by technology

[0002] In CNC milling machine processing, it is necessary to set the tool to determine the coordinates of the tool. Traditional manual tool setting is generally used in the mechanical processing industry that the inventor contacts. The disadvantage of manual tool setting is that the tool setting accuracy is low, the speed is slow, and it is easy to be damaged blade

There are many brands of tool setting devices on the market, and their prices range from 500 to more than 8,000 yuan. The tool setting devices on the market generally have the following disadvantages: (1) The buffer distance is short, and many of them are only about 2mm. The operator is easy to damage the tool setting device if he is not careful when setting the tool, which will affect the user's enthusiasm for using the tool setting device; (2) The tool setting device requires high processing accuracy and high assembly accuracy, so that the cost is high and the price is high. high

(3) The tool setting surface of the tool setting device is easy to wear and tear, and the tool setting accuracy will be directly affected after the tool setting surface is worn. However, the tool setting devices on the market generally adopt airtight overall precision assembly, and ordinary users themselves are not considered in the design Disassembly, maintenance and replacement

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