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Basic Knowledge Of Precision Laser Cutting

Apr 22, 2020

When precise manufacturing of metal products is required, one of the best options is to use a laser cutting machine. Traditional methods of cutting and forming materials generally require more steps and generate more waste. The laser cutting machine can not only achieve accurate cutting through programming, but also greatly reduce the production of tailings and reduce production costs. Therefore, precision laser cutting is considered to be synonymous with high quality and low cost.

 

One of the key reasons why manufacturers choose laser cutting machines is that it makes metal cutting very simple. The laser cutting machine relies on a beam that cannot be seen by the human eye, but its power is sufficient to melt or even vaporize the metal; the beam does not make any physical contact with the material, so that the thermal impact is minimized; the precision of laser cutting is only the thickness of human hair One quarter, so it is very useful in high-precision processing.

 

Laser cutting is usually used to manufacture medical devices with very high precision requirements. The key to manufacturing high-precision medical devices is to make the laser beam thin enough to cut more complex graphics on a very small working area. For example, serrated medical tools can usually be cut with a laser cutter, with uniform serrations and very smooth cross-sections.

 

Once the cutting parameters are set, high-precision cutting achieves sustainability because it requires no further processing, which reduces production costs. In addition, another important value of the precision laser cutting process in manufacturing is to produce accurate prototypes for new products.

 

The laser cutting machine can be used for mass production every day, and the shortening of the production cycle can attract a large number of orders from customers. Traditionally, faster production often sacrifices product quality, and laser cutting is very effective for accelerating projects and high-precision processing.

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