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QCW Laser Welding Head With Application-Oriented Design for Precision Components

Temel özellikler
Menşei Yeri: Shenzhen, Çin
Marka Adı: HanWei
Sertifikasyon: CE
Model Numarası: HW-QCW
Ticaret Mülkleri
Minimum Sipariş Miktarı: 1 takım
Fiyat: USD / Set
Ödeme Şartları: T/T
Tedarik Yeteneği: 2000 set / yıl
Özellikler
Laser Power: 150W/300W Pulse Energy: 15J/30J
Power Consumption: 2 kW/2,5 kW Power Stability: ≤ ± %1
Machine Size: 665*450*300 mm Pulse Width: 0,5-50
Peak power: 1500W/3000W Machine Weight: 22kg/28kg
Frequency: 100 Hz/2 kHz Wavelength: 1070nm ±% 10
Input Voltage: AC220V 50/60Hz Cooling Method: Hava soğutma
Ürün Tanımı
QCW Laser Welding Head With Application-Oriented Design for Precision Components

This QCW laser welding head is designed for applications that rely on controlled, low to medium laser energy input. It works with QCW pulse lasers and low-power fiber laser systems, enabling accurate beam handling during fine welding operations. The optical structure is optimized to maintain consistent energy distribution, which helps improve weld repeatability in small-scale metal joining and precision assembly tasks.

The product is built around a modular concept that simplifies integration into different types of laser equipment. Its compact body supports installation in space-limited machines while maintaining structural rigidity under continuous industrial use. Multiple mounting orientations are available, allowing engineers to adapt the welding head to robotic systems, automated platforms, or custom-built processing stations without major mechanical modification.

QCW Laser Welder in operation
Key Features
  • Precision Beam Handling for Low-Energy Laser Applications.
  • Modular Mechanical Concept for Easy System Integration.

  • Beam Adjustment Capability for Process Control.

  • Application-Oriented Design for Small Precision Components.

Technical Specifications
Model HW-Q-150 HW-Q-300
Input Voltage AC220V 50/60Hz AC220V 50/60Hz
Machine Size 665*450*300 mm 665*450*300 mm
Wavelength 1070nm ± 10% 1070nm ± 10%
Frequency 100 Hz 2 KHz
Machine Weight 22 Kg 28 Kg
Laser Power 150 W 300 W
Peak Power 1500 W 3000 W
Pulse Width 0.5-50 0.5-50
Pulse Energy 15 J 30 J
Power Stability ≤ ± 1% ≤ ± 1%
Power Consumption 2 Kw 2.5 Kw
Cooling Method Air Cooling Air Cooling
Applications

The optical system is designed to support configurable beam characteristics through interchangeable lens combinations. Users can adjust optical parameters to match different material thicknesses and welding conditions. This flexibility allows optimization of energy concentration and working distance for various micro-processing tasks. The system supports laser sources within a 600W operating range, making it suitable for controlled precision applications.

This welding head is particularly suitable for manufacturing environments that involve small parts and high-detail processing requirements. It is commonly applied in electronic device production, micro metal structures, and fine mechanical assemblies. The design focuses on stable output behavior and adaptable configuration, enabling consistent performance in both automated production lines and customized welding systems.

About Shenzhen Hanwei Laser

Hanwei Laser focuses on supplying laser processing equipment used in metal manufacturing and workshop production environments. Different users may have different working conditions, including variations in material type, thickness, production volume, and operator experience. Equipment matching is therefore based on these practical factors rather than fixed configurations.

QCW Laser Welding Head With Application-Oriented Design for Precision Components 1

The systems are intended for use in environments where processing stability and repeatability are required, such as fabrication workshops, maintenance operations, and general metalworking facilities. Depending on the application, laser systems may be used independently or combined with other production equipment to fit existing workflow arrangements. Hanwei Laser remains focused on industrial laser equipment and its application in real production settings across metal processing-related industries.