Jun 15, 2020
During this epidemic, many medical equipment manufacturers have been fully engaged in the production and processing of protective equipment, and the medical equipment has been booming for a while. However, due to the lack of preparation and production equipment in some areas, the tension of protective materials has been caused. Through adjusting our protective materials for a period of time, we have basically met the needs of the public. How can we do this? Why is this In such a short period of time, such a large number of equipment can be produced? On the one hand, it can be attributed to the overtime production of existing equipment manufacturers. On the other hand, due to the large area of production equipment supply, to a certain extent, it solves the demand of expanding production. When it comes to equipment manufacturing, it is not necessary to mention the application of laser cutting machines in the medical equipment industry.
Medical devices call for the safety of human life and play an important role in human life. High precision fiber laser cutting machine guarantees the safety of human life. The fiber laser cutting machine can process a very small wedge angle and high aspect ratio cutting parts. Compared with the traditional laser processing, the width, wedge angle, and thickness of the recast layer are significantly reduced.
As we all know, medical devices have higher requirements for processing and processing equipment due to their characteristics of accuracy, stability, safety, purity, and so on. In the process of metal medical equipment processing, the traditional sheet metal mechanical cutting mode has great defects in accuracy and safety controllability. It is an inevitable trend to replace it with fiber laser cutting.
In addition, the slit of medical devices produced by laser cutting is very narrow, the laser beam is focused into a small spot, the focus reaches high power density, the material is rapidly heated to the degree of gasification and evaporated into a hole. With the relative linear motion of the beam and material, the hole continuously forms a narrow slit with a width of 0.10-0.20 mm. The minimum cutting seam ensures high cutting accuracy.
The production and processing of laser cutting machine is a non-contact process. The laser cutting head will not contact the surface of the material to be processed or scratch the workpiece. For medical devices, a smooth surface is the most basic requirement. If the surface polishing process of the device products can be minimized in the processing, the production efficiency will be greatly improved.
The fiber laser cutting machine has the ability to adjust the pulse frequency and pulse period freely, and the controllability of cutting is improved obviously. Through metallographic examination and observation of the laser cutting section, the high quality of incision can be confirmed. Nowadays, many medical manufacturers begin to realize the advantages brought by laser cutting, while Han's super energy laser starts to provide the market with a fully integrated laser cutting system, well-designed tooling and fixture, and high-precision multi-axis motion system to ensure the precise cutting requirements of various medical device materials.
Nowadays, many medical industry manufacturers begin to realize the advantages brought by laser cutting, while KING’S laser has begun to provide the market with a fully integrated laser cutting system, well-designed tooling fixtures, and high-precision multi-axis motion system, ensuring the precise cutting demand of various medical equipment materials.
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