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A brief look at what auto parts are
2022-12-12
A fundamental factor in increasing efficiency and reducing costs for toolmakers and sharpening shops is the continuous advancement of new products by machine tool manufacturers. Automation is increasingly being emphasised in order to increase the utilisation of machine tools and reduce labour costs. At the same time, software enables machine tools to broaden their operating capabilities and to economically schedule production in small batches and short lead times. In addition, the power of the machine is increased so that it can be adapted to the diversified needs and broaden the range of specifications for grinding tools.
The future development of CNC tool grinding machine is mainly reflected in three aspects:
1) automation: tool manufacturing plant to produce new tools, due to large batches. However, tool resharpening plants do not have such conditions, and the only way to solve the efficiency problem is through automation. Tool resharpeners do not require machines to be unmanned, but want one operator to watch over multiple machines to control costs.
2): While many manufacturers have made it a goal to reduce operating time, others have placed a high priority on part quality (e.g., tool and medical component manufacturers). With improvements in grinding machine production technology, machines are capable of tight tolerances and exceptional finishes.
3) application software: now factories hope that the higher the degree of automation of the grinding process the better, regardless of the size of the production batch, the key to the problem is to achieve flexibility. Work in recent years has included efforts to establish an automatic loading and unloading system for tools and grinding wheels, so that the grinding process can be left unattended or minimised. He emphasised that the growing importance of software is due to the fact that the number of workers capable of grinding complex tools manually is decreasing. In addition, hand-made tools are difficult to meet the cutting speed and accuracy requirements of modern machine tools. Compared to CNC grinding, hand grinding reduces the quality and consistency of the cutting edge. This is because when grinding by hand, the tool has to rest on the support disc and the grinding wheel grinds in the direction of the cutting edge, which produces edge burrs. CNC grinding, on the contrary, does not use a support disc when working, and the grinding direction is away from the cutting edge, which will not produce edge burrs.
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