1、Application Background To meet the special processing requirements, non-standard automated laser equipment emerged. 2、Device features Highly customizable, adaptable to various materials and processes, capable of high-precision and high-efficiency processing.
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The structural characteristics of non-ferrous metals such as copper and aluminum are unique. Especially in the welding operations at the connection areas, the welding process standards are extremely high. Traditional welding often leads to uneven welds, insufficient bonding strength, wide heat-affected zones, and subsequently causes problems such as deterioration of material conductivity and corrosion resistance, which are major challenges for the industry.
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In the field of medical device manufacturing, especially in the production process of microfluidic devices and precision diagnostic equipment, there are extremely strict standards for the cleanliness, environmental friendliness and precision of the welding process. With the continuous advancement of medical technology, the size of precision instrument components is becoming smaller and smaller.
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With the rapid development of the eyewear industry and the diversification of consumers\' aesthetic demands, the materials used for eyewear frames have become increasingly diverse, including metals, titanium alloys, memory metals, and other materials. Moreover, the structural design has become increasingly intricate and complex. In response to this, the traditional welding process faces significant challenges in terms of welding accuracy, aesthetics, and compatibility with different materials.
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The faucet has a unique structure, especially in the welding operation at the turning points, which places high demands on the welding process. The traditional welding method often results in poor weld quality and excessive heat-affected zone, leading to leakage problems, which are a major pain point in the industry.
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The structure of sink hardware is quite complex, especially the welding work at the connection points, which requires very high welding techniques. Traditional welding often results in rough weld seams and large heat-affected zones, causing problems such as water tank deformation and easy corrosion. This has been a long-standing challenge in the industry.
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This scheme is specifically developed to meet the laser welding requirements for mold repair. Compared with traditional welding methods, it has the following advantages: Non-contact operation: Avoid causing additional damage to the mold.
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The traditional argon arc welding used for the welding of stainless steel doors and windows has many defects that affect the appearance. However, the application of laser welding machines, with their advanced technology, can easily solve this problem. The welding area is not only beautiful but also does not deform, and it has the advantages of being faster and more efficient.
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The manufacturing process of lithium-ion batteries or battery packs is extremely complex and diverse. There are numerous procedures involved, such as explosion-proof valve sealing and welding, tab welding, soft connection welding, safety cap spot welding, battery housing sealing welding, module and PACK welding, etc., all of which regard laser welding as an ideal process. The materials used for welding in power batteries are mainly pure copper, aluminum and aluminum alloys, stainless steel, etc.
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The manufacturing process of the motor is quite complex and diverse, involving numerous steps such as stator welding, rotor welding, winding welding, core welding, housing sealing welding, and shaft and bearing seat welding. All of these processes consider laser welding to be an extremely suitable technique.
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In the future, 3C electronic products will gradually develop in the direction of high integration and high precision. Their internal components will become increasingly compact and delicate, and the electronic integration level will continue to improve. Based on this, the appearance, deformation and drawing force of the internal structural components have become more demanding in terms of welding technology standards. And laser products, relying on their high energy, high precision and high directionality characteristics, have been widely applied in the welding of 3C electronic product internal structural components.
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This scheme is specifically developed for laser welding of electronic components. Compared with traditional methods, it has the advantages of non-contact operation, minimal thermal deformation and high welding accuracy.
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This solution has been specially developed for laser welding of precision sensors. Compared to traditional methods, it has the following advantages: non-contact operation, minimal thermal deformation and extremely high welding accuracy.
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With the continuous improvement of living standards, users have higher demands for the quality of daily necessities and hardware components used in industrial production. As basic components that are frequently used and in large quantities, the welding quality of these components directly affects the stability and service life of the entire equipment.
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传统的焊接方式往往对精致细腻的灯饰工件造成热影响区较大、变形明显、表面处理困难等问题，严重影响了产品的美观度及耐用性。
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Automobile components, as the foundation of the automotive industry, are essential factors for the sustained and healthy development of the automotive sector.
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