Industrial Laser Welding Machine

Blue Light Hybrid Laser Welder With Welding Capability for Highly Reflective Metals This system is designed for processing highly reflective metals such as copper, gold, and silver. These materials typically present difficulties in conventional laser processing due to strong energy reflection. The blue light wavelength improves interaction with the metal surface, allowing more effective energy entry into the work zone and supporting stable welding behavior. The machine uses a

HW Full Version Spot-Ring Laser Welder for Precision Manufacturing Applications Product Description The Full Version Ring Spot Laser Welding Machine is based on a composite beam output structure that combines a focused central laser spot with a surrounding ring-shaped energy distribution. This configuration changes the way heat is introduced into the welding area, allowing the energy to act on the joint in a more distributed manner rather than relying on a single concentrated

Dual Wavelength Blue Fiber Composite Laser Welder For Precision Electronic Assembly The dual wavelength blue fiber composite laser welding system integrates independent 445nm blue diode laser and 1064nm fiber laser sources with synchronized power control, delivering precision joining capability for micro-electronic component assembly and sensor manufacturing. The independently controllable dual-laser architecture enables operators to optimize the blue-to-infrared energy ratio

HanWei Water Cooling Blue Light Composite Laser Welder For Copper Manufacturing The blue light composite laser welding system is engineered specifically for high-reflectivity metal joining applications in new energy battery manufacturing and electric vehicle component production. By integrating 445nm blue laser diode technology with 1064nm fiber laser output in a coaxial optical structure, this equipment overcomes the longstanding absorption challenges associated with copper,

HW Full Version Spot-Ring Laser Welding Machine Modern Manufacturing Requirements Product Description The Full Version Ring Spot Laser Welding Machine utilizes a ring-and-center beam configuration to achieve a more balanced energy distribution during welding. Compared with conventional single-spot laser welding, the combined beam pattern helps create a more stable welding process by distributing heat across a wider area while maintaining sufficient energy concentration at the

Full Version Spot-Ring Laser Welding Machine for Reflective Materials Application Product Description The Full Version Ring Spot Laser Welding Machine uses a combined beam design that integrates a focused central spot with an auxiliary ring-shaped laser distribution. This structure helps distribute heat more evenly during the welding process and improves overall stability of the molten pool compared to single-spot laser welding. The design is intended to support consistent

Hybrid Beam Design Spot-Ring Laser Welding Machine for High-Speed Manufacturing Product Description The Full Version Ring & Spot Laser Welding Machine is engineered for manufacturers who require both deep penetration and ultra-stable welding quality in a single system. By combining a central high-energy spot beam with an adjustable outer ring beam, the machine creates a balanced thermal distribution during the welding process. This innovative beam structure significantly

HanWei Automated Precision Galvanometer Laser Welding Head For Plastic Welding The galvanometer laser welding head is an optical scanning module specifically engineered for high-precision automated welding applications. By utilizing high-precision galvanometer motors to drive reflective mirrors for two-dimensional deflection, the device projects a focused laser beam onto the workpiece surface in a non-contact manner at exceptional speeds. With compact modular design,

HW High Peak Power Low Heat Input QCW Laser Welding Machine For Precision Metal The QCW (Quasi-Continuous Wave) laser welding machine combines the high peak power of pulsed lasers with the stable output characteristics of continuous wave systems. By precisely controlling pulse waveforms and frequencies, this equipment releases high energy density beams in extremely short durations to achieve deep penetration while maintaining low average heat input. This unique energy output

Adjustable Spot-Ring Beam Dual Mode Laser Welding Machine For Metal Fabrication Product Description The spot-ring beam laser welding machine features an innovative dual-beam design where the central spot beam and outer ring beam can independently adjust their power ratio, enabling flexible switching from concentrated keyhole welding to uniform heat conduction mode. This equipment is designed for welding applications that require precise control over heat input distribution,

QCW Quasi-Continuous Laser Welder High Peak Power Precision Spot Weld for 3C Products The QCW Quasi-Continuous Fiber Laser Welder is high-end equipment launched by Hanwei Laser for the precision welding field, adopting QCW quasi-continuous fiber laser technology that controls continuous fiber laser output through pulse modulation. It simultaneously possesses the high peak power of pulse lasers and the excellent beam quality of fiber lasers. The equipment is widely suitable

915nm+1080nm Dual-Wavelength Hybrid Welder High-Efficiency Brazing Heat Treatment The Semiconductor-Fiber Hybrid Laser Welder is a high-power composite welding solution launched by Hanwei Laser for the automotive manufacturing and heavy industry sectors. This model innovatively adopts 915nm semiconductor laser and 1080nm fiber laser dual-wavelength collaboration technology; semiconductor laser utilizes its high absorption rate characteristics on metal materials for efficient

HW Fiber-Semiconductor Hybrid Laser Welder for High Efficiency Automotive Parts The Fiber-Semiconductor Hybrid Laser Welding Machine is high-performance equipment launched by Hanwei Laser specifically for industrial brazing, heat treatment, and precision welding applications. This machine coaxially combines 915nm semiconductor laser with 1080nm fiber laser; the semiconductor laser provides wide spot, low-energy-density preheating effect, while the fiber laser contributes high

Spatter-Free Blue Composite Laser Welding Machine for High-Reflectivity Materials The Blue Composite Laser Welding Machine is a professional equipment launched by Hanwei Laser specifically for solving welding challenges in high-reflectivity metal materials such as copper, aluminum, gold, and silver. This innovative machine coaxially combines 450nm blue laser with 1080nm infrared fiber laser; blue laser's high absorption characteristic effectively activates material surfaces

Blue Light Hybrid Laser Weld for Sealed Welding of Copper Liquid Cooling Plates This system is designed for metals with high reflectivity such as copper, gold, and silver. The blue light wavelength interacts more efficiently with these materials, allowing energy to be absorbed more easily and supporting stable weld formation in demanding conductive applications. The equipment integrates composite laser sources with an adaptive wobble function to improve energy distribution

HanWei Innovative Inner and Outer Ring Laser Design Full Version Spot-Ring Welder This full-version dot-ring laser welding system incorporates a company-developed laser source with independently adjustable inner and outer ring energies. Its advanced optical design ensures stable, uniform beam distribution, allowing precise energy control tailored to a variety of industrial welding applications. The system supports multiple beam output options, including single inner-ring

Blue Light Hybrid Laser Welder with Superior Absorption for Deep & Consistent Welds The advanced blue hybrid laser welder is engineered for materials like copper, gold, and silver that typically reflect most laser energy. Its blue wavelength enables efficient absorption, producing a stable and consistent weld. Ideal for electronic components, battery busbars, and high-conductivity parts. Key Features Precision Welding for Highly Reflective Metals. Hybrid Beam with Controlled

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

HanWei QCW Laser Welding Machine for High Energy Density and Long Pulse Welding Quasi-continuous wave (QCW) fiber lasers deliver high-intensity laser energy over a long operating duration, enabling the material surface to rapidly form a stable melting zone. This characteristic makes them particularly suitable for welding processes that require stable heat input, such as precision spot joining and continuous welding path processing. Through precise control of pulse parameters,

Blue Laser Hybrid Welder with High Absorption Characteristics for Ideal Weld Depth The blue laser hybrid welding machine is mainly used for the joining and processing of high-reflectivity metal materials such as copper, gold and silver. Such materials tend to cause energy rebound under the action of conventional lasers, leading to unstable welding. The blue laser wavelength has stronger energy coupling ability on the metal surface, which can quickly complete heat input and