Faser-Laser-Schweißens-Kopf
Integriertes Wasserkühlsystem Vollversiegelte Struktur Diodenlaserschweißkopf
Integrated Water Cooling System Fully Sealed Structure Diode Laser Welding Head This semiconductor laser welding head is designed to work with semiconductor laser sources. It is suitable for applications such as medium-thickness plate welding, large workpiece welding, soldering, and plastic welding. With stable laser transmission performance, it can meet the processing requirements of various industrial welding tasks. Key Features Designed for Semiconductor Laser Applications
HW Hochintegrierter Einzel-Wobbel-Schweißkopf, kundenspezifisch für Plattformausrüstung
HW Highly Integrated Single Wobble Welding Head Customized for Platform Equipment The platform single-swing welding head is specially developed for the application of automated platform equipment, featuring a highly integrated overall structure that balances volume control and performance output. With a compact layout and rational center-of-gravity distribution, it effectively reduces the inertial load on the motion platform and enhances the operational stability of the
Innenarbeitsumfeld Schweißkopf aus Faserlaser mit Luftkühlung und Schutz
Product Description: This laser welding tool for fiber is specifically designed to deliver high-quality beam performance, which is essential for ensuring the accuracy and quality of the welding process. The Fiber Laser Welding Head is equipped with a high-quality beam that is capable of producing consistent and stable welding results. The Fiber Laser Welding Nozzle is an integral part of the Fiber Laser Welding Head. It is responsible for directing the laser beam onto the
HanWei Hochleistungs-QCW-Schweißkopf für universelle Schweißanwendungen
HanWei High-Cost-Performance QCW Welding Head for Universal Welding Applications The QCW welding head is dedicated to micro-welding and precision machining applications, and can be stably matched with pulsed QCW laser sources and low-power continuous laser sources. In processes with extremely high requirements for weld consistency and energy control, this welding head enables precise energy transmission. It is particularly suitable for the connection of ultra-thin metal
Ultrahohe Absorption Doppelschwingung Blauer Hybridlaser Schweißkopf Energieeinsparung
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
HW Halbleiter-Schweißkopf mit mehrfacher Schnittstelle für Kunststoff
HW Semiconductor Welding Head with Multi-interface Compatible Design for Plastic This semiconductor welding head is specially designed for use with semiconductor lasers, featuring excellent optical conduction and thermal management performance. It performs exceptionally well in various industrial applications such as medium to thick plate welding, large workpiece welding, soldering, and plastic welding. Its high stability and high absorption design make the welding process
Verschiedener Laserstrahltyp Blaulicht-Hybrid-Schweißkopf mit Doppelmotor für Kupfer
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
HanWei Wirtschaftliche und hocheffiziente Diodenlaser-Schweißkopf für das Kunststoffschweißen
HanWei Economy and High Effective Diode Laser Welding Head for Plastic Welding For middle-thick board welding, big piece welding, tin solder, plastic welding and other application has absolute advantage. It is economic and efficiency welding head. The models are SMA905, D80, QBH three connectors. And support 30W~4000W laser power to meet the different needs of customers. Hanwei Fiber Diode laser offers higher electrical conversion efficiency and more compact size compared to
QCW Laserschweißkopf mit Luftkühlsystem für hochreflektierendes Aluminium
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
Schweißkopf mit blauem Licht mit blauer Laserquelle zum Schweißen von hochreflektierendem Kupfer
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 rate—high-reflectivity materials exhibit an ultra-high absorption rate of over approximately 70% in
HanWei Economical And Efficient QCW Welding Head for Precision Material Welding
HanWei Economical And Efficient QCW Welding Head for Precision Material Welding The QCW welding head is specifically designed to work with QCW lasers and low-power lasers, making it particularly suitable for precision welding, thin plate welding, and the processing of 3C electronic products. Its stable optical system and high-precision focusing capability ensure an even welding spot and a small heat-affected zone, effectively preventing material deformation and ablation
HW Leichtgewicht YAG-Laserschweißkopf mit YAG-Laserquelle für Aluminiummaterial
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
Diodenfaser-Hybridlaser-Schweißkopf mit Vollband-Abdeckung für die Oberdeckung der Strombatterie
Diode-Fiber Hybrid Laser Welding Head with Full Band Coverage for Power Battery Top Cover The Hanwei Diode-Fiber Hybrid Laser Welding Head combines diode laser (915 nm) and fiber laser (1064 nm) technologies into a coaxial configuration. This cutting-edge design excels at joining thick metals and highly reflective materials such as gold, silver, copper, and aluminum, offering enhanced absorption that reduces spatter while yielding high-quality welds with outstanding surface
HanWei High-Speed Diode-Fiber Hybrid Laser Welding Head for Copper Sealing Welding
HanWei High-Speed Diode-Fiber Hybrid Laser Welding Head for Copper Sealing Welding The Hanwei Diode-Fiber Hybrid Laser Welding Head merges diode laser (915nm) and fiber laser (1064nm) technologies to achieve coaxial integration. This innovative solution delivers excellent performance in welding thick metals and high-reflectivity materials (e.g., gold, silver, copper, and aluminum), featuring superior absorption capacity that minimizes sparking while producing high-quality
High-Precision Diode-Fiber Hybrid Laser Welding Head for Aluminum Battery Sealing
High-Precision Diode-Fiber Hybrid Laser Welding Head for Aluminum Battery Sealing The Hanwei Diode-Fiber Hybrid Laser Welding Head integrates diode laser (915nm) and fiber laser (1064nm) technologies to realize coaxial combination. This pioneering solution performs exceptionally well in welding thick metals and those with high reflectivity (such as gold, silver, copper and aluminum), boasting outstanding absorption performance that reduces sparking to a minimum, while
HW Blue Light Hybrid Schweißkopf mit Doppelmotor für das Schweißen hochreflektierender Materialien
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
HanWei Diode-Fiber Hybrid-Laserschweißkopf, perfekt für den oberen Deckel von Leistungsbatterien
HanWei Diode-Fiber Hybrid Laser Welding Head for Power Battery Top Cover The Hanwei Diode-Fiber Hybrid Laser Welding Head combines diode laser (915nm) and fiber laser (1064nm) technology for coaxial recombination. This innovative solution excels in welding thick and highly reflective metals (gold, silver, copper, aluminum), offering superior absorption characteristics that minimize sparking while delivering high-quality welds with excellent surface finish. Specifically
HW Diode Composite Doppelmotor Laserschweißkopf Ideal für Strombatteriegehäuse
HW Diode Composite Double Motor Laser Welding Head Ideal for Power Battery Cases Hanwei Diode Laser Welding Machine Utilizing Different Wavelength Hybrid Principles for Aluminum materials which has strong reflectivity towards ordinary fiber lasers, making it difficult to absorb the laser and instead reflecting back. This machine allows reducing internal pores during welding and increasing welding speed. In high-speed welding, it ensures better stabilization of melt point
Digitale Steuerung Schweißdraht-Zuführmaschine mit Stahl-Aluminium-Zuführmaterial
Digital Control Wire Feeding Device For Fiber Laser Welding Head Instrument Tool Fiber Laser Welding Head Description: The Fiber Laser Welding Head is exclusively designed and manufactured by HanWei Laser. According to customer requirements HanWei Laser also have been developed wire feeding device for Laser Welding Head such handheld laser welding head, desktop laser welding head, robot laser welding head and so on. The wire feeding device and Laser Welding Head use one
Trägliche Schweißkopffaser-Laser-Wasserkühlung Einzelmotor
Fiber Laser Welding Head for Industrial Applications Handheld Laser Welding Type Fiber Laser Welding Head Single motor Wobble Handheld Laser Head Description: The company HanWei Laser Equipment Co.,Ltd is one of the only a few supplier around the world, who can research and develop,manufacturing the whole set of handheld laser welding machine : Handheld welding head → Laser control system → Wobble control system → Wire Feeding device→ Laser Source. The Handheld Laser Welding
