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QCW Laser Welding Head with Forced Air Cooling System for High-Reflectivity Aluminum

QCW Laser Welding Head with Forced Air Cooling System for High-Reflectivity Aluminum

نام تجاری: HanWei
شماره مدل: HW-QCW
مقدار تولیدی: 1 ست
قیمت: USD / Set
شرایط پرداخت: t/t
توانایی عرضه: 2000 مجموعه در سال
اطلاعات دقیق
محل منبع:
شنژن ، چین
گواهی:
CE
مدل:
HW-36-XXXXXXX-Y-QBH
منبع لیزری:
منبع لیزر QCW
طول همساز:
80 / 100 / 120 / 150 / 200
طول فوکوس:
150/200/250/350
نوع رابط:
qbh
طول موج:
1064nm
نوع سر:
سفارشی
قدرت لیزر:
≤600 وات
وزن خالص:
1.1 کیلوگرم
جزئیات بسته بندی:
بسته بندی تخته سه لا صادراتی
قابلیت ارائه:
2000 مجموعه در سال
توضیحات محصول
QCW Laser Welding Head with Forced Air Cooling System for High-Reflectivity Aluminum

Quasi-continuous wave (QCW) fiber lasers stand as an ideal solution for industrial scenarios that demand long pulse durations and high peak power—such as spot welding and seam welding. This equipment is specially engineered to substitute for specific YAG laser welding applications, slashing both maintenance costs and frequency to a significant extent. Our enterprise ranks among the handful of global companies capable of independently developing comprehensive software and hardware solutions, which cover laser high-speed beam splitting systems, energy splitting systems, and time splitting systems.

QCW Laser Welding Head with Forced Air Cooling System for High-Reflectivity Aluminum 0
Key Features
  • High electro-optical conversion efficiency up to 30% for cost-effective, environmentally friendly operation.
  • Multiple output modes including QCW (quasi-continuous wave), PWM (pulse width modulation), and CW (continuous wave) with built-in soft rise/fall functions.
  • Consistent beam quality across entire power range.
  • High peak power capable of processing reflective materials like copper and aluminum.
  • Compact design with forced air cooling system.
  • Excellent output power/energy stability.
Technical Specifications
Model HW-36-XXXXXX-Y-QBH
Head Type

Customized

Collimating Length

80 / 100 / 120 / 150 / 200

Laser Source

QCW laser source

Net Weight

1.1 Kg
Interface Type QBH
Laser Power ≤600 W

Focus Length

150 / 200 / 250 / 350

Wavelength 1064nm
Applications
  • Economically efficient.
  • Diversity of species.
  • Suitable for 3C products and precision welding applications.
Shenzhen Hanwei Laser Enterprise

Shenzhen Hanwei Laser is dedicated to enabling all integrators to access world-class laser welding technology. As a nationally accredited high-tech enterprise honored with the "specialized, sophisticated, distinctive, and novel" title, we focus on the full-industry-chain research and development, manufacturing, and marketing of lasers specifically designed for welding and their associated systems.

Product Portfolio
  • QCW laser welding machines
  • Ring-Spot laser welding machines
  • Blue laser welding machines
  • YAG and Diode laser welding machines
  • Mold repair laser welding machines
  • Hybrid welding systems (blue laser + fiber, Diode + fiber, YAG + Diode)
  • Supporting control systems, optical systems, and peripherals

Guided by a philosophy that prioritizes R&D, technological prowess, and customer support, we cater to B2B clients with dependable quality, ongoing innovation, and all-round lifecycle assistance. Our team of seasoned professionals boasts profound expertise in laser development, system design, power supply technology, control systems, optical engineering, and welding procedures.


Hanwei’s product portfolio finds extensive application across diverse sectors, such as new energy batteries, automotive manufacturing, electronics, telecommunications, medical equipment, and jewelry craftsmanship. In numerous application scenarios, these products consistently deliver unparalleled laser welding performance.

QCW Laser Welding Head with Forced Air Cooling System for High-Reflectivity Aluminum 1 QCW Laser Welding Head with Forced Air Cooling System for High-Reflectivity Aluminum 2QCW Laser Welding Head with Forced Air Cooling System for High-Reflectivity Aluminum 3QCW Laser Welding Head with Forced Air Cooling System for High-Reflectivity Aluminum 4