What Is Laser Welding?
Laser welding uses a focused laser beam to melt and join metals with high precision and minimal heat distortion. It works with or without filler material, and some systems include a wire feeder for added versatility.
Ideal for fine, repeatable welds, this method is perfect for thin or intricate parts, offering strong seams with minimal warping.
MaxWave Laser provides turnkey and custom laser welding solutions that integrate easily into your workflow. Our machines support multiple seam patterns to meet a wide range of application needs.
Laser Welding Machine Advantages
High Precision Welding
Laser welding machines offer pinpoint accuracy, ideal for delicate work in jewelry, electronics, and medical components.
Minimal Heat Distortion
The focused laser minimizes heat impact, reducing warping and damage—ideal for thin or sensitive materials.
Strong and Clean Welds
Laser welds are strong, clean, precise, consistent, reliable, and usually require little to no post-processing.
Fast Welding Speeds
Laser welding operates at high speed, boosting productivity in both manual and automated workflows.
Supports Automation and Robotics
Laser welding machines integrate easily with CNC or robotic systems, ideal for mass production and automation.
Low Maintenance & Operating Costs
With low consumables, less labor, and high efficiency, laser welders offer great long-term value for any business.
How Laser Welding Machine Works?
MaxWave laser welding machines use focused laser energy to precisely melt and join metals with minimal distortion.
Understanding the MaxWave Technology:
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High-quality pulsed or continuous laser light is generated and delivered through fiber optics
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The laser head adjusts focal length automatically based on material and thickness
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A built-in control system guides the beam path with high accuracy
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The laser melts metal at a pinpoint location, forming a smooth, durable weld seam with minimal heat spread
MaxWave combines intelligent control, stable power delivery, and flexible operation—ideal for precision welding in jewelry, electronics, and light industrial applications.
Laser Welding vs. Traditional Methods
MaxWave laser welders outshine traditional methods with pinpoint accuracy, spotless seams, minimal heat damage, and faster results—bringing a new level of speed and finesse to every weld.
Laser Welding vs Arc Welding
Compared to ARC welding, laser welding offers higher precision with less spatter and a smaller heat-affected zone. While ARC welding can cause warping and rough seams, laser welding produces clean, narrow joints with minimal distortion—ideal for fine or heat-sensitive components.
Laser Welding vs MIG Welding
Laser welding outperforms MIG welding in speed, consistency, and automation readiness. MIG welding tends to generate more spatter and depends heavily on operator skill. In contrast, laser welding delivers faster, cleaner results and integrates easily into robotic or high-volume workflows.
Laser Welding vs TIG Welding
TIG welding is known for precision but is slow and labor-intensive. Laser welding achieves the same—or better—precision with greater speed and less reliance on operator expertise. It’s perfect for delicate, detailed work where efficiency and accuracy are both critical.
MaxWave Laser Welding Solutions
Handheld/Jewelry/Mold Laser Welding Tools by MaxWave Laser
MW-HW Laser Welding Machine
Handheld Laser Welding Machine
The MaxWave MW-HW is a compact, portable handheld laser welder with a high-speed air-cooled fiber laser. It welds metals up to 8 mm thick with precision and minimal heat distortion.
The intuitive interface allows easy power adjustment and offers multiple preset weld patterns for versatile use and consistent quality.
Its lightweight, ergonomic gun enhances maneuverability for workshop or field use. Real-time air pressure monitoring and tri-color alerts ensure safe and reliable operation.
MW-QW Laser Welding Machine
Jewelry Laser Welding Machine
The MaxWave MW-QW is a compact jewelry laser welder built for precision work on gold, silver, and other fine metals. Its pulsed fiber laser delivers clean welds with minimal heat impact—ideal for delicate repairs.
A user-friendly touchscreen makes it easy to adjust pulse settings, with preset modes for common jewelry tasks like chain repair and stone settings.
Designed for comfort and accuracy, it features an ergonomic microscope and stable work platform. Quiet, reliable, and low-maintenance, it’s perfect for jewelry studios.
MW-MQW Laser Welding Machine
Mould Laser Welding Machine
The MaxWave MW-MQW is a semi-automatic mold laser welding machine built for precise repair of metal molds and tooling parts. Its pulsed fiber laser creates clean, narrow welds with minimal heat, ideal for fine cracks and edges.
The intuitive control panel allows quick adjustment of pulse width, frequency, and power. It supports both manual and semi-automatic modes for flexible, repeatable results.
With a stable work platform, 360° rotating table, and built-in microscope, the MW-QW ensures accuracy and ease of use—perfect for mold repair shops and precision manufacturing.
MaxWave Offers Highly Customizable Laser Welding Solutions
At MaxWave, we understand that no two production environments are alike. That’s why we offer highly customizable laser welding systems, tailored to meet the specific needs of your workflow, materials, and space constraints.
MaxWave laser welding systems can be customized in every aspect—from workstation layout and safety enclosures to intelligent software and automation modules. Whether you need a compact open table or a fully enclosed Class I setup with fume extraction, we can tailor the structure, integrate robots or vision systems, and fine-tune parameters for your specific materials and production goals. Our solutions adapt to your workflow, ensuring both safety and performance.
From structure to software, every MaxWave system is built to fit your process—not the other way around. Let us help you create a truly efficient and reliable laser welding setup.
Choosing the right laser welding machine
Need a laser welding machine that fits seamlessly into your workflow? If your process involves sensitive materials or strict safety protocols, it’s essential to choose a system that meets both performance and compliance requirements.
Important factors to evaluate:
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Portability: mobile or fixed installation
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Operation style: handheld or semi-automated
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Compatibility with fume extraction systems
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Ease of integration with your current production line
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Safety compliance: Class I or Class IV laser standards
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Certification: Trade Agreements Act (TAA) compliance
Quality Inspection System
Our strict quality inspection system ensures every product meets the highest standards before delivery.
Packaging and Logistics
Efficient packaging and logistics ensure safe delivery, with FedEx or DHL taking 7-10 days.
After-Sales Service
Our 24/7 customer service team provides prompt support to ensure customer satisfaction and the smooth operation of our products.
Location
Layer 1-2,Building B8,Huangpi District of Wuhan,Hubei Province,China
+86 18571639620