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Power Battery Seal Nail Welding: Ideal with YAG & Semiconductor Laser Welding Machine

Power Battery Seal Nail Welding: Ideal with YAG & Semiconductor Laser Welding Machine

브랜드 이름: HanWei
모델 번호: HW-YD-600-1000/ 1500/ 2000W
모크: 1세트
가격: USD / Set
지불 조건: 티/티
공급 능력: 2000 세트 / 년
자세한 정보
원래 장소:
중국 심천
인증:
CE
모델:
HW-YD-600-1000/HW-YD-600-1500/HW-YD-600-2000
레이저 파워:
YAG 레이저 600 W 섬유 레이저 1000W/YAG 레이저 600 W 섬유 레이저 1500W/YAG 레이저 600 W 섬유 레이저 2000W
출력 전력:
1600 W/2000 W/2600 W.
냉각 모드:
수냉
펄스폭:
0.5 -CW
섬유 코어 (UM):
400+50 음
파장:
915nm + 1064nm
전력 안정성:
± 0.5 %
포장 세부 사항:
수출 합판 포장
공급 능력:
2000 세트 / 년
강조하다:

YAG laser welding battery seal

,

semiconductor laser welding nail

,

power battery seal welding machine

제품 설명
Power Battery Seal Nail Welding: Ideal with YAG & Semiconductor Laser Welding Machine
The YAG + semiconductor hybrid welding machine adopts a combined technical route of "semiconductor laser preheating + fiber laser deep penetration welding". In the initial welding stage, the semiconductor laser uniformly preheats the metal surface, significantly improving the material's light absorption rate and thereby reducing energy loss caused by reflection. Subsequently, the fiber laser provides high energy density, forming a stable and efficient keyhole effect to achieve deep penetration welding and high-speed energy transfer, laying a solid foundation for subsequent welding quality.
Power Battery Seal Nail Welding: Ideal with YAG & Semiconductor Laser Welding Machine 0
Technical Specifications
Model HW-YD-600-1000 HW-YD-600-1500 HW-YD-600-2000
Laser Power YAG laser 600 W
Fiber laser 1000W
YAG laser 600 W
Fiber laser 1500W
YAG laser 600 W
Fiber laser 2000W
Wavelength 915nm + 1064nm 915nm + 1064nm 915nm + 1064nm
Power stability ± 0.5 % ± 0.5 % ± 0.5 %
Output Power 1600 W 2000 W 2600 W
Cooling method Water Cooling Water Cooling Water Cooling
Fiber core (um) 400+50 um 400+50 um 400+50 um
Pulse width 0.5 - CW 0.5 - CW 0.5 - CW
Product Features
  • Dual-Laser Process with Preheating Enhancement and Keyhole Improvement
  • Quality Optimization Solution for Aluminum Welding
  • Reduced Energy Requirement and Increased Speed Efficiency
  • High Weld Sealing Performance and Finished Product Reliability
  • Ideal Configuration for Sealing Nail Welding of Power Batteries
Application Advantages
With the characteristics of high speed, high stability and high yield rate, the YAG + semiconductor hybrid welding machine is particularly suitable for the welding requirements of power battery sealing nails. Whether in single-point welding or continuous welding scenarios, this model can stably output high-quality welds, providing reliable processing capabilities and higher production efficiency for new energy battery manufacturing.
Area of Application
  • New Energy (Power Battery Sealing Nail Welding)
Power Battery Seal Nail Welding: Ideal with YAG & Semiconductor Laser Welding Machine 1 Power Battery Seal Nail Welding: Ideal with YAG & Semiconductor Laser Welding Machine 2
Power Battery Seal Nail Welding: Ideal with YAG & Semiconductor Laser Welding Machine 3 Power Battery Seal Nail Welding: Ideal with YAG & Semiconductor Laser Welding Machine 4
  
About Shenzhen Hanwei Laser
Shenzhen Hanwei Laser is committed to making world-class laser welding technology accessible to every system integrator. Boasting dual certifications as a national high-tech enterprise and a "specialized, sophisticated, distinctive, and novel" enterprise, we focus on the full-industry-chain R&D, production, and sales of welding-specific lasers and associated technical solutions.
Our Product Portfolio
  • Mold repair laser welding equipment
  • QCW laser welding equipment
  • YAG and Diode laser welding equipment
  • Hybrid welding systems (blue laser + fiber, Diode + fiber, YAG + Diode)
  • Blue laser welding equipment
  • Ring-Spot laser welding equipment
In aluminum and aluminum alloy welding scenarios, the hybrid laser enables simultaneous beam output, allowing the preheating and deep penetration processes to overlap perfectly. This effectively mitigates common issues such as porosity and spatter in aluminum welding. By enhancing the flow stability of the molten pool at high speeds, the weld seam forms more uniformly and continuously, reducing defects and improving processing consistency. It is particularly suitable for welding aluminum structural components with high-quality requirements.