Spot and seam welding for electronic devices
Achieving precision welding of precision parts and thin plates! Welding with minimized heat impact.
In the electronics industry, as the miniaturization and high density of circuit boards progress, precise joining technology is in demand. It is particularly important to ensure high reliability while minimizing the impact of heat. A significant thermal impact can damage the circuit board and surrounding components, potentially leading to a decline in product performance or failure. Our spot and seam welding equipment enables precise welding of intricate parts and thin sheets, contributing to the improvement of electronic device quality. 【Application Scenarios】 - Component mounting on circuit boards - Joining of electronic components - Welding of battery cases - Welding of mobile phone housings 【Benefits of Implementation】 - Precise welding with minimized thermal impact - Achievement of high-quality products - Assurance of high reliability
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【Features】 - Capable of spot and seam welding with plate thicknesses from 0.02 to 2.0 mm - Ideal for precision parts and thin materials such as medical devices - Achieves precision welding without thermal impact - Compatible with various materials such as Al, SUS, and Ti - Supports a variety of joining applications 【Our Strengths】 We develop, manufacture, and sell new technologies and equipment related to the longevity and repair of molds and machine parts.
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Our country, despite being resource-poor, has often imported and wasted resources from abroad. However, from now on, such practices cannot be tolerated due to resource depletion and environmental conservation. Our country must take the lead in resource recycling, making efforts to leave finite resources and a beautiful environment for the next generation. Our company has made this a core principle, first by coating machine parts with high-performance materials to modify their surfaces and extend their lifespan. Next, if wear, galling, corrosion, scratches, or other defects occur, we will effectively utilize resources by regenerating and repairing them through low-heat input buildup that does not involve changes in stress or material properties, thereby contributing to environmental conservation. Additionally, for companies that own equipment, this approach reduces the inventory of spare parts for replacements and downtime, achieving cost reduction and increased productivity.