precision instruments fiber laser welding head
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2000w 16000r/Min Wobble Laser Welding Head For Fiber Laser Welding Machine
Fast Welding Wobble Laser Head For Fiber Laser Welding Machine 2000w Fiber Laser Welding Head Description Fiber laser welding head wobble laser head type has small volume, light in weight, large welding bead advantages.It is suitable to robot, automatic worktable welding system. The optical route is extremely simple, with less lens structure and quantity to make high penetration, greatly reduce power consumption reduction and thermal lensing effect. Configurated best maglev
Ultra High Absorption Dual Oscillation Blue Hybrid Laser Welding Head Energy Saving
Ultra High Absorption Dual Oscillation Blue Hybrid Laser Welding Head Energy Saving The Dual-Oscillation Blue Laser Hybrid Welding Head is specifically engineered for thick-plate structures and high-demand metal welding applications. Its core advantage lies in the combined design of adjustable laser spot and dual-path oscillation. By modifying the spot coverage and energy distribution, the welding head can seamlessly adapt to workpieces of varying thicknesses, shapes, and
Industrial Mould Repair Wire Feeder Filling Welding Fiber Laser Welding Machine
Industrial Mould Repair Wire Feeder Filling Welding Fiber Laser Welding Machine With 1500w, 2000w, 3000w Laser Power Principle of Mold Repair Laser Welding Machine Processing The principle of laser processing: The laser emitted by the laser generator undergoes a series of treatments, and after being focused by a lens, the energy is highly concentrated in a very small range. If the material being processed absorbs the laser well, the material in the irradiated area will
Various Laser Beam Type Blue Light Hybrid Welding Head with Double Motor for Copper
Various Laser Beam Type Blue Light Hybrid Welding Head with Double Motor for Copper The hybrid-laser wobble welding system, combining Hanwei's blue laser (450nm) and fiber laser (1064nm), enables coaxial integration of the two laser sources. It is specifically applied to the welding of thick, highly reflective metals such as gold, silver, copper, and aluminum. The adoption of the wobble technique expands its application scope and enhances the adaptability of its technical
Blue Light Welding Head with Blue Laser Source for Welding Highly-Reflective Copper
Blue Light Welding Head with Blue Laser Source for Welding Highly-Reflective Copper Blue Light Welding Head with Blue Laser Source for Welding Highly-Reflective Copper Description: Hanwei blue laser welding head is used in conjunction with a blue laser. In the application of welding high-reflectivity materials (copper, gold, silver), it boasts unparalleled ultra-high absorption ratehigh-reflectivity materials exhibit an ultra-high absorption rate of over approximately 70% in
HW Lightweight YAG Laser Welding Head with YAG Laser Source for Aluminum Material
HW Lightweight YAG Laser Welding Head with YAG Laser Source for Aluminum Material The HW Lightweight YAG Laser Welding Head is designed for use with 8W-600W YAG laser sources. This compact, lightweight product is available in T, F, and Y types to accommodate different structural requirements. The completely sealed welding head protects optical components from dust contamination, while integrated gas curtain parts minimize welding smoke and splash residue on lenses, making it
HW Blue Light Hybrid Welding Head with Double Motor for Highly-Reflective Material Welding
HW Blue Light Hybrid Welding Head with Double Motor for Highly-Reflective Material Welding Hanwei blue laser (450nm) and fiber laser (1064nm) Hybrid-laser wobble welding can achieve blue laser source and fiber laser source coaxial recombination. It is used in thick and highly reflective metal welding (gold, silver, copper, aluminum). By wobble method make itself used more widely and technical parameter. The reflective materials have more highly absorptivity for blue-fiber
HW Platform Galvanometer Welding Head with Diverse Wobble and Laser Emission Modes
HW Platform Galvanometer Welding Head with Diverse Wobble and Laser Emission Modes The galvanometer scanning welding head of the platform adopts a compact design, featuring small overall size and light weight, which makes it easy to integrate into various laser welding equipment. Lightweight design not only reduces the load on robotic arms or platforms, but also improves welding flexibility and precision, providing a reliable guarantee for automated production. Key Features
Galvanometer Scanning Welding Head with Low-Maintenance Optical Component Design
Galvanometer Scanning Welding Head with Low-Maintenance Optical Component Design The platform galvanometer scanning welding head is structurally designed with full consideration of equipment integration requirements, featuring compact overall dimensions and significantly reduced weight. Its lightweight body not only facilitates installation on various automated platforms but also reduces the inertial load of moving components, which helps improve system response speed and
