Machine tool manufacturers are continually advancing new products to help toolmakers and grinding plants increase productivity and reduce costs. In order to improve the utilization of machine tools and reduce labor costs, automation is receiving increasing attention. At the same time, through the development of software, the machine tool can be expanded to operate, and the production schedule can be economically arranged in the case of small production batch size and short delivery period. In addition, the machine power is increased to adapt to the diverse needs and to broaden the range of specifications for the grinding tool. In the future, the development of CNC tool grinding machines is mainly reflected in three aspects: 1. Automation: When the tool manufacturer produces new tools, the efficiency is high due to the large batch size. However, there is no such condition in the tool grinding factory, and only through automation to solve the efficiency problem. Tool grinders do not require the machine to be unmanned, but expect an operator to take care of multiple machines to control costs. Second, high precision: Many manufacturers have reduced operating time as their primary goal, but other manufacturers put the quality of parts in the most important position (such as high-precision tools and medical parts manufacturers). With the improvement of grinding machine production technology, newly developed machine tools can guarantee very tight tolerances and exceptional finish. Third, the development of application software: Now the factory wants the higher degree of automation of grinding processing, no matter the size of the production batch, the key to the problem is to achieve flexibility. His work in recent years has been devoted to the establishment of an automatic loading and unloading system for tools and grinding wheels to achieve unattended or minimal care during the grinding process. The growing importance of software is due to the reduced number of high-level workers who have the ability to manually machine complex tools. In addition, hand-made tools are also difficult to meet the cutting speed and accuracy requirements of modern machine tools. Manual grinding reduces the quality and consistency of the cutting edge compared to CNC grinding. Since the tool is placed on the support piece during manual grinding, the grinding direction of the grinding wheel is directed to the cutting edge, which causes edge burrs. CNC grinding, on the other hand, does not require a support piece during operation, and the grinding direction is away from the cutting edge, so that there is no edge burr. As long as you grasp the three directions of the CNC tool grinding machine in the future, you can gain a foothold in the wave of the world.
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