Repair of molds for connectors used in industrial machinery.
No advanced skills required! Repairing connector molds in high-stress environments with precision overlay welding.
In the industrial machinery industry, the durability of connector molds under high load is crucial. Wear and damage can lead to decreased production efficiency and deterioration of product quality. Our laser cladding and welding equipment enables precise cladding welding with minimal training, extending the lifespan of molds. This helps reduce downtime and contributes to increased productivity. 【Usage Scenarios】 - Repair of connector molds in high-load environments - Restoration of worn or damaged molds - Prolonging the lifespan of molds 【Benefits of Implementation】 - Reduced frequency of mold replacement - Improved operational rate of production lines - Cost reduction
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【Features】 - Minimal control of build-up volume - No advanced skills required - Precise build-up welding possible with short training - Offering portable fiber laser build-up and welding equipment "Smart Laser" and YAG laser build-up and welding equipment "TL Series" 【Our Strengths】 We provide technology for extending the lifespan and repair of molds and machine parts. Our regenerative repair through low heat input build-up contributes to effective resource utilization and environmental conservation. Additionally, we support cost reduction and productivity improvement by reducing spare parts inventory and downtime for component replacement.
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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.