Non standard automated laser equipment has emerged to meet special processing requirements.
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The structural characteristics of non-ferrous metals copper and aluminum are unique, especially in the welding operation in the joint area, which requires extremely high welding process standards. Traditional welding often leads to uneven weld seams, insufficient bonding strength, a wide range of thermal effects, and subsequently causes problems such as decreased material conductivity and corrosion resistance, which is a major challenge in the industry.
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In the field of medical device manufacturing, especially in the production process involving microfluidic devices and precision diagnostic equipment, there are extremely strict standards for the cleanliness, environmental friendliness, and accuracy of welding processes.
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With the rapid development of the eyewear industry and the diversification of consumer aesthetic needs, the materials used in eyeglass frames are becoming increasingly diverse
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The unique structure of the faucet, especially the welding operation at the turning point, places high demands on the welding process. Traditional welding methods can easily lead to poor weld quality and excessive heat affected areas, resulting in water leakage problems that are a pain point in the industry.
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The hardware structure of the sink is complex, especially the welding operation at the connection, which requires high welding technology. Traditional welding is prone to rough welds, large heat affected zones, deformation of water tanks, and corrosion, which are long-term challenges faced by the industry.
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This plan is specifically developed for the laser welding requirements of mold repair. Compared to traditional welding methods, it has the following advantages:
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The argon arc welding used in traditional stainless steel door and window welding has many defects that affect aesthetics. However, the use of laser welding machines, with their advanced technology, can easily solve this problem. Its welding parts are not only beautiful, but also will not deform, and have the advantages of being faster and more efficient.
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The production process of lithium-ion batteries or battery packs is extremely complex and diverse, with numerous procedures such as explosion-proof valve sealing welding, pole ear welding, soft connection welding, safety helmet spot welding, battery shell sealing welding, module and PACK welding, etc. Laser welding is considered an ideal process. The materials used for welding power batteries are mainly pure copper, aluminum, aluminum alloys, stainless steel, etc.
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The manufacturing process of motors is quite complex and diverse, including many links such as stator welding, rotor welding, winding welding, iron core welding, shell sealing welding, shaft and bearing seat welding, etc. Laser welding is considered an extremely suitable process.
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In the future, 3C digital products will gradually develop in the direction of high integration and high precision, and their internal components will become increasingly small and exquisite, while electronic integration will continue to improve. Based on this, the standards for welding technology have become increasingly stringent in terms of the appearance, deformation, and tensile strength of internal structural components. Laser products, relying on their high energy, high precision, and high directionality, are widely used in the field of welding structural components in 3C digital products.
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This plan is specifically developed for laser welding of electronic devices. Compared to traditional methods, it has the advantages of non-contact operation, minimal thermal deformation, and high welding accuracy.
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This solution is specifically 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 quality of life, users have put forward higher requirements for the quality of daily necessities and hardware accessories in industrial production. As a frequently used and numerous basic accessory, its welding quality directly affects the stability and service life of the entire equipment.
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The traditional welding method often causes problems such as a large heat affected zone, significant deformation, and difficult surface treatment for delicate and delicate lighting workpieces, seriously affecting the aesthetics and durability of the products.
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As the foundation of the automotive industry, automotive components are necessary factors to support the sustainable and healthy development of the automotive industry.
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