Galvo Laser Welding Machine

Galvo Laser Welding Machine

YH-10_LWGR_QW / YH-15_LWGR_QW / YH-30_LWGR_QW / YH-60_LWGR_QW

Applicable Materials and Industry Applications
  • Suitable for various metal materials, including stainless steel, aluminum alloys, titanium alloys, and carbon steel, especially ideal for metal welding applications that demand high precision and stability.
  • Widely used in consumer electronics, battery manufacturing, medical devices, automotive components, jewelry, and aerospace industries, offering significant advantages in high-efficiency, low-heat input welding for precision parts.
  • Meets diverse demands for high-precision welding across various metal types.
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Product Advantages

Flexible Automation Compatibility

Compatible with automation equipment, supporting fiber transmission structures, making it ideal for modern production lines and meeting high-efficiency precision processing needs.

Compact Design with High Photoelectric Conversion Efficiency

The galvo laser welding machine features a modular design with a photoelectric conversion efficiency of up to 30%. It is well-suited for precision welding in small areas, especially ideal for high-precision metal welding applications.

High-Precision Laser Control

Supports customizable waveform settings, enabling optimal parameters for various materials. With a minimum weld spot size of 0.1mm, it ensures stability and precision in every weld, enhancing overall product quality.

Non-Contact, High-Speed Operation

The high-speed galvo system precisely controls the laser beam’s direction, achieving welding speeds of several thousand millimeters per second. This setup is ideal for batch production applications involving small and multiple weld points.

Clean Processing with Minimal Heat Impact

Non-contact processing effectively reduces heat input, ensuring no damage to material surfaces during welding. Especially suitable for precision welding of electronic components and thin film materials.

Multi-Language Intelligent Operation

Supports multiple language options, including Simplified Chinese, Traditional Chinese, English, Korean, and Vietnamese. Equipped with an intelligent operation system, it offers ease of use and real-time equipment monitoring, enhancing work efficiency.

Technical Specifications
Model YH-10_LWGR_QW YH-15_LWGR_QW YH-30_LWGR_QW YH-60_LWGR_QW
Laser Power 100W ～ 600W（Customizable High Wattage）
Laser Wavelength 1080 ± 5nm
Maximum Pulse Energy 10 J 15 J 30 J 60 J
Maximum Peak Power 1000 W 1500 W 3000 W 6000 W
Pulse Width 0.05 ～ 50 ms
Operating Mode Pulse / High-Frequency Modulation
Energy Stability ± < 1%
Fiber Core 20 / 50 / 100 / 200 / 400 μm
Aiming Positioning Red Light Positioning
Cooling Method Air Cooling Water Cooling
Power Requirements AC 220V, 50/60 Hz
Total Power Consumption 3 KW 5 KW
Machine Dimensions
(Slight variation depending on laser power)		 L1000mm × W970mm × H1500mm ±3%
Total Machine Weight
(Slight variation depending on laser power)		 150 kg ±3%

FAQ

It is especially suitable for mass production and highly repetitive welding tasks such as consumer electronics joints, battery tab welding, hardware micro-assembly, sensor modules, and medical needle bonding.

The galvo laser enables high-speed beam scanning, which greatly reduces non-processing time and improves production cycle efficiency. It also supports micro-dot array layouts and fast positioning, making it an ideal solution for high-efficiency production lines.

No. Galvo laser welding adopts a dot-matrix scanning process, where dwell time is extremely short, heat input is concentrated, and thermal diffusion is minimal, effectively reducing material deformation.

With optimized parameter settings and laser waveform modulation, it minimizes risks such as discoloration, weld bumps, or surface irregularities. It is especially suitable for heat-sensitive materials such as aluminum, copper, and FPC films.

Yes. The galvo laser welding machine features a fiber-delivery structure and modular control design, allowing integration with vision alignment, AOI inspection modules, XY stages, or multi-axis robotic arms.

It is widely used in high-precision production lines, continuous feeding modules, or multi-station layouts. When combined with industrial automation workflows, it enhances productivity and ensures process stability.

■ Further Reading: Laser Welding and Robotic Arm Automation

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