Research into CNC machine tools began in the USA in the late 1940s and the first CNC milling machine was successfully developed at the Massachusetts Institute of Technology (MIT) Servo Mechanism Laboratory in 1952 and put into operation in 1957.

The first CNC machining centre was developed by Carney-Trek in 1958, which added an automatic tool-changing device to the CNC horizontal boring and milling machine, which, after clamping the workpiece at once, achieved centralised processing of multiple processes such as milling, drilling, boring, reaming and tapping.

This is a major breakthrough in the development of manufacturing technology and marks the beginning of the era of CNC lathe machining in the manufacturing field. CNC lathe machining is the basis of modern manufacturing technology, this invention has epoch-making significance and far-reaching impact on the manufacturing industry, and the world's major industrial developed countries attach great importance to the research and development of CNC lathe machining CNC lathe machining technology. 

We all know that machine tool processing may lead to danger if the operation is not careful. In the actual operation process there are many small processing plant due to careless operation management is not strict occasionally occur tragic events. Then CNC machining to pay attention to what dangers, the following small to introduce you one by one.

First, the transmission device in the actual operation of the probability of danger is relatively large, the machine tool transmission is generally composed of gear components, drive chains and drive belts. If these components are not designed with full consideration of safety, no design protection layer, the rotating part of the exposed, then it is more likely that the workers' hands, or clothing stranded into the device, thus causing injury. 

Secondly, pressure machinery pressure parts may cause danger, generally common punching machines, crushers, moulding machines, shearing machines, etc. belong to the pressure machinery, because most of this equipment requires manual operation, and personnel operation can not avoid human error due to personnel fatigue or mood swings, and therefore also more likely to occur injury accidents. 

Third, the danger from the machine tool is also a danger, because the machine tool is mostly high-speed cutting machinery. Therefore, the danger is great, tool splash, the operator stands inappropriate position leading to impact and other factors may lead to personal injury accidents.

The above is to introduce you to the "CNC processing to pay attention to what the dangers" of the introduction, processing companies must be in strict accordance with the operating specifications. And develop a strict implementation system to avoid danger. Fucho is a specialist manufacturer of non-standard metal parts. It has accumulated many years of experience in the manufacture of stainless steel, titanium, aluminium and other fine metal parts from ¢0.5 to ¢20mm for many industries. We are able to manufacture products to meet the different needs of our customers and are happy to welcome enquiries and customisation from all manufacturers.

Research into CNC machine tools began in the USA in the late 1940s and the first CNC milling machine was successfully developed at the Massachusetts Institute of Technology (MIT) Servo Mechanism Laboratory in 1952 and put into operation in 1957.

The first CNC machining centre was developed by Carney-Trek in 1958, which added an automatic tool-changing device to the CNC horizontal boring and milling machine, which, after clamping the workpiece at once, achieved centralised processing of multiple processes such as milling, drilling, boring, reaming and tapping.

This is a major breakthrough in the development of manufacturing technology and marks the beginning of the era of CNC lathe machining in the manufacturing field. CNC lathe machining is the basis of modern manufacturing technology, this invention has epoch-making significance and far-reaching impact on the manufacturing industry, and the world's major industrial developed countries attach great importance to the research and development of CNC lathe machining CNC lathe machining technology. 

We all know that machine tool processing may lead to danger if the operation is not careful. In the actual operation process there are many small processing plant due to careless operation management is not strict occasionally occur tragic events. Then CNC machining to pay attention to what dangers, the following small to introduce you one by one.

First, the transmission device in the actual operation of the probability of danger is relatively large, the machine tool transmission is generally composed of gear components, drive chains and drive belts. If these components are not designed with full consideration of safety, no design protection layer, the rotating part of the exposed, then it is more likely that the workers' hands, or clothing stranded into the device, thus causing injury. 

Secondly, pressure machinery pressure parts may cause danger, generally common punching machines, crushers, moulding machines, shearing machines, etc. belong to the pressure machinery, because most of this equipment requires manual operation, and personnel operation can not avoid human error due to personnel fatigue or mood swings, and therefore also more likely to occur injury accidents. 

Third, the danger from the machine tool is also a danger, because the machine tool is mostly high-speed cutting machinery. Therefore, the danger is great, tool splash, the operator stands inappropriate position leading to impact and other factors may lead to personal injury accidents.

The above is to introduce you to the "CNC processing to pay attention to what the dangers" of the introduction, processing companies must be in strict accordance with the operating specifications. And develop a strict implementation system to avoid danger. Fucho is a specialist manufacturer of non-standard metal parts. It has accumulated many years of experience in the manufacture of stainless steel, titanium, aluminium and other fine metal parts from ¢0.5 to ¢20mm for many industries. We are able to manufacture products to meet the different needs of our customers and are happy to welcome enquiries and customisation from all manufacturers.