Bursting & Leakage-Free Semiconductor Hybrid Welder with Enhanced Welding Efficiency
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Advantages in Welding Medium and Thin Plates as well as Highly Reflective Materials
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Attractive and Smooth Welding for Power Battery Lids
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Resolving Bursting and Leakage Issues to Boost Welding Efficiency
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Advantages of Full-Waveband Application
| Model | HW-BFH-XXXXXX |
|---|---|
| Laser Power | Diode laser ≤ 30000 W Fiber laser ≤ 4000 W |
| Accessible Wave Range | 915nm + 1064nm |
| Usable Laser Source | Diode and Fiber laser source |
| Focus Length | 200 |
| Collimating Length | Diode 110 - Fiber 100/120/150 |
| Net Weight | 2.5 Kg |
| Head Type | Y |
| Interface Type | QBH - QBH |
Bursting or leakage tends to occur during traditional battery welding processes. This machine adopts semiconductor and fiber laser hybrid welding technology, precisely controlling welding heat input and speed. It effectively lowers the risks of bursting and leakage in battery lid welding while significantly improving production efficiency, realizing stable and high-yield output.
The semiconductor hybrid welding machine covers a full waveband range from mid-infrared to near-infrared, catering to various metal materials and complex process requirements. Whether for aluminum alloy, stainless steel or highly reflective metals, it can achieve high-precision welding, greatly expanding the product application scope and providing reliable solutions for industries such as electronics, batteries, automotive and aerospace.
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