3 in 1 laser welding machine
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QCW-Laserschweißkopf mit wählbaren optischen Parametern für flexible Bearbeitung
QCW Laser Welding Head With Selectable Optical Parameters For Flexible Processing The QCW laser welding head is designed for applications requiring accurate heat input control and refined welding performance. Compatible with QCW laser sources and low-output fiber lasers, it performs efficiently in thin material welding and miniature component assembly. The optimized beam transmission system helps achieve smooth weld seams while reducing excessive thermal influence on
HW QCW Laserschweißer für Anwendungen mit längerer Impulsdauer und hoher Spitzenleistung
HW QCW Laser Welder for Extended Pulse Duration and High Peak Power Applications The QCW (Quasi-Continuous Wave) fiber lasers are engineered for industrial processes requiring both extended pulse duration and high peak power output. These systems excel in applications such as spot welding and seam welding, delivering controlled energy over defined time periods for stable melt pool formation and consistent weld penetration. Key Features Designed for applications requiring
YAG-Energie-Negativ-Feedback-Laser-Schweißer mit hocheffizienter Faserlaserausgabe
YAG Energy Negative Feedback Laser Welder With High-Efficiency Fiber Laser Delivery The YAG energy feedback laser welder uses advanced fiber transmission technology for efficient and stable laser output. The system supports both single-path and multi-path modes, allowing flexible energy distribution for different workpiece sizes and welding requirements. It seamlessly integrates with various workstations, including automated production lines, rotary platforms, and custom
HW Blue Light Hybrid Laserschweißer Hochleistung bei hochreflektierenden Materialien
HW Blue Light Hybrid Laser Welder High Performance on Highly Reflective Materials The welding system is engineered for challenging metals such as copper, gold, and silver. These materials typically resist conventional laser energy, but the blue light wavelength improves surface interaction, allowing the welding process to proceed with more consistent energy engagement and improved stability during formation. The equipment integrates hybrid laser output with adjustable
YAG-Energie-Negativ-Feedback-Laser-Schweißer mit PID-Adaptiv-Leistungs-Feedback-System
YAG Energy Negative Feedback Laser Welder with PID Adaptive Power Feedback System This cutting-edge laser welding system features fiber-optic conductive output, enabling both single and multi-optical path configurations with versatile workbench compatibility. The advanced optical system incorporates imported quartz optical lenses with state-of-the-art coating technology for exceptional damage resistance and stable light transmission. Includes proprietary PID adaptive power
Hochgeschwindigkeits-Kupferlaserkopf Düse für Laserschweißkopf Verbrauchsmaterial
High Speed Nozzle Of Fiber Laser Welding Head Consumable Parts Of Laser Head Fiber Laser Welding Head Description: The Fiber Laser Welding Head is exclusively designed and manufactured by HanWei Laser. HanWei Laser provides not only Laser Welding Head and Control System, and also provides all kinds of consumable parts for maintenance. There are all kinds of consumable parts always keep in stock for providing full service and quick service to all of Hanwei customers. The
Quarzmaterial Laserfokuslinse 1064nm Wellenlänge für Laserschweißkopf
Laser Focus Lens In Handheld Laser Welding Head of Laser Welding Machine Handheld Welding Head Focus Lens Description: The Fiber Laser Welding Head Handheld type is exclusively designed and manufactured by HanWei Laser. HanWei Laser provides not only Laser Welding Head and Control System, and also provides all kinds of consumable parts for maintenance. There are all kinds of consumable parts always keep in stock for providing full service and quick service to all of Hanwei
Quarz-Material Laser-Kollimationslinse 1064nm Wellenlänge für Laser-Schweißkopf
Collimating Lens Laser Focus In Handheld Laser Head of Laser Welding Machine QBH Handheld Welding Head Collimating Focus Lens Description: Laser Collimating focus lens principle : When a laser passes through a lens, the lens refracts the light. If the lens is convex, the light will be collimated towards the center of the lens, which means that after passing through the lens, the light will become as parallel as possible. This principle is related to the shape, curvature,
Kupfer-Gas-Schweißdüse, Laserkopf Düse für Laser-Schweißkopf
Gas Nozzle And Welding Nozzle In Handheld Laser Head of Laser Welding Machine Handheld Welding Head Nozzle Description: Handheld Laser Welding Head Nozzle Principle : The working principle of laser nozzles is mainly achieved through the interaction between high-speed airflow and laser beams. When gas is ejected from the nozzle hole, a high-speed airflow is generated, which can focus the laser beam onto a very small point, achieving high-precision laser welding. At the same
