Professional Field
Professional Field
Currently, the laser technology solutions, laser equipment, and automated production lines independently developed by Xinhhe Laser have begun mass production and use in related industries such as refrigeration, containers, automation, and automotive manufacturing, and have started to be applied in heavy industries such as shipbuilding and marine engineering, aerospace, and rail transportation
Currently, the laser technology solutions, laser equipment, and automated production lines independently developed by Xinhhe Laser have begun mass production and use in related industries such as refrigeration, containers, automation, and automotive manufacturing, and have started to be applied in heavy industries such as shipbuilding and marine engineering, aerospace, and rail transportation
High Quality Welding
High Precision and Control
High Efficiency and Automation
Contactless Welding
Laser focused cold plate liquid cooling radiator welding has been produced for many years, demonstrating strong technical strength and market competitiveness in the fields of energy storage plates, liquid cooling plates, and water cooling plates.
In response to the welding challenges of high reflective metal materials such as copper and aluminum, laser innovation adopts annular spot and central point adjustable technology, optimizing process parameters reasonably through an advanced control system, which can effectively reduce welding spatter, and produce no pores or cracks, resulting in delicate weld seams and high quality, effectively ensuring the airtightness of the cold plate liquid cooling radiator.
Laser focused cold plate liquid cooling radiator welding has been produced for many years, demonstrating strong technical strength and market competitiveness in the fields of energy storage plates, liquid cooling plates, and water cooling plates.
In response to the welding challenges of high reflective metal materials such as copper and aluminum, laser innovation adopts annular spot and central point adjustable technology, optimizing process parameters reasonably through an advanced control system, which can effectively reduce welding spatter, and produce no pores or cracks, resulting in delicate weld seams and high quality, effectively ensuring the airtightness of the cold plate liquid cooling radiator.
Laser Welding Technology
Laser Welding Technology
Equipment Advantages
Equipment Advantages
服务内容
服务内容
当前水冷板传统焊接工艺基本分为：搅拌摩擦焊（FSW）、真空钎焊、氩弧焊等完成。传统焊接有优点和缺点：搅拌摩擦焊（FSW）可焊接大件工件，其焊接强度是母材的70%。钎焊适合大批量的生产。这些传统模式的焊接有一些不足之处，比如说搅拌摩擦焊接，焊接效率低，焊道容易卷边，搅拌头大无法精密焊接，关键是(焊接后热变形大，后期整形麻烦、二次加工成本高)真空钎焊，接头耐热性差、钎料容易外溢导致流道堵塞。
当前水冷板传统焊接工艺基本分为：搅拌摩擦焊（FSW）、真空钎焊、氩弧焊等完成。传统焊接有优点和缺点：搅拌摩擦焊（FSW）可焊接大件工件，其焊接强度是母材的70%。钎焊适合大批量的生产。这些传统模式的焊接有一些不足之处，比如说搅拌摩擦焊接，焊接效率低，焊道容易卷边，搅拌头大无法精密焊接，关键是(焊接后热变形大，后期整形麻烦、二次加工成本高)真空钎焊，接头耐热性差、钎料容易外溢导致流道堵塞。
Mainstream Cooling Methods
Liquid cooling, as the current mainstream cooling method for power/storage batteries, makes the quality of the welding process of liquid cooling plates particularly important, which will directly affect the performance and heat dissipation effect of the liquid cooling plates.
Traditional methods are insufficient