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Hybrid Beam Design Spot-Ring Laser Welding Machine for High-Speed Manufacturing

Основные свойства
Место происхождения: Шэньчжэнь, Китай
Наименование марки: HanWei
Сертификация: CE
Номер модели: HW-DH-2KW+2 кВт
Торговая недвижимость
Минимальное количество заказа: 1 комплект
Цена: USD / Set
Условия оплаты: Т/Т
Способность к поставкам: 2000 наборов / год
Технические характеристики
Laser Power: До 6000w Cooling Method: Водяное охлаждение
Laser power stability: ≤ 3% Wavelength: 1080 нм ± 3
Guide Beam(mW): ≥0,5 Connection: QBH
Fiber Cable Length: 10 м (индивидуально) Fiber Core(um): 50/100
Frequency(Khz): 1 ~ 100 Operating Voltage: 380В±10% 50/60Гц
Working mode: CW/QCW/ШИМ
Описание продукта

Hybrid Beam Design Spot-Ring Laser Welding Machine for High-Speed Manufacturing

Product Description

The Full Version Ring & Spot Laser Welding Machine is engineered for manufacturers who require both deep penetration and ultra-stable welding quality in a single system. By combining a central high-energy spot beam with an adjustable outer ring beam, the machine creates a balanced thermal distribution during the welding process. This innovative beam structure significantly reduces spatter, porosity, cracking, and burn-through while improving weld consistency on reflective and heat-sensitive metals.

Designed for industrial-grade applications, the system supports precision welding for copper, aluminum, stainless steel, and various alloy materials. Compared with conventional single-spot laser welding equipment, the ring-and-spot solution delivers smoother weld seams and higher process stability, especially in demanding production environments.

Hybrid Beam Design Spot-Ring Laser Welding Machine for High-Speed Manufacturing 0

Product Features

  • Advanced Dual-Beam Welding Technology
  • Flexible Welding Modes for Complex Applications
  • Optimized for High-Reflectivity Material Welding
  • Industrial Structure with Reliable Performance

Technical Parameters

Model HW-DH-2Kw+2Kw HW-DH-3Kw+3Kw HW-DH-2Kw+4Kw
Laser Power 4000 W 6000 W 6000 W
Working mode CW/QCW/PWM CW/QCW/PWM CW/QCW/PWM
Wavelength 1080 nm ±3 1080 nm ±3 1080 nm ±3
Frequency(Khz) 1-100 1-100 1-100
Guide Beam(mW) ≥0.5 ≥0.5 ≥0.5
Connection QBH QBH QBH
Fiber Core(um) 50/100 50/100 50/100
Fiber Cable Length 10m (Customized) 10m (Customized) 10m (Customized)
Operating Voltage 380v±10% 50/60Hz 380v±10% 50/60Hz 380v±10% 50/60Hz
Power Consum 8Kw 12Kw 12Kw
Air Switch Capacity 60A 60A 60A
Work Mode 102 105 105
Working Temp 5~40℃
Working Humidity ≤70
Cooling Method Water Cooling
Cooller Temp 25℃ (28℃ Summer)
Chiller Electric ≥12 KW
Machine Dimension 1000*450*850mm
Machine Weight 100 Kg

Product Application

The machine supports multiple laser output modes including CW, QCW, PWM, and customized waveform control, allowing operators to optimize parameters for different welding tasks. Users can independently adjust the power ratio between the inner spot beam and outer ring beam, making the equipment suitable for both thin-sheet welding and deep penetration welding applications.

Whether processing battery tabs, busbars, precision electronic components, automotive parts, or metal fabrication structures, the system offers excellent adaptability. The intelligent control platform enables stable operation even under long production cycles, ensuring high repeatability and reduced material loss.

Hybrid Beam Design Spot-Ring Laser Welding Machine for High-Speed Manufacturing 1

Shen Zhen HanWei Laser Enterprise and Features

Hanwei Laser focuses on providing practical laser equipment solutions for metal processing industries, with an emphasis on usability, process stability, and real-world production efficiency.

Hybrid Beam Design Spot-Ring Laser Welding Machine for High-Speed Manufacturing 2

Our equipment is designed for manufacturing scenarios that require reliable processing results, including:

  • Metal structure assembly and repair work
  • Sheet metal and stainless steel fabrication
  • Surface treatment and cleaning applications
  • Small to medium batch production environments
  • On-site maintenance and workshop operations

Each application has different requirements in terms of heat control, speed, and operator handling, so we align equipment configuration based on actual working conditions rather than fixed standard models.