Laser Welding Machine
What Is Laser Welding？
- Laser welding uses a focused laser beam to precisely melt and join metals with minimal heat distortion. This method can be performed with or without filler material, and some systems feature a wire feeder for added flexibility.
- Ideal for thin or intricate parts, laser welding delivers strong, clean seams with minimal warping. It’s perfect for applications requiring repeatable, high-quality results.
- At MaxWave Laser, we offer both standard and custom laser welding solutions that easily integrate into your workflow, supporting various seam patterns to meet diverse application needs
How a Laser Welding Machine Works
MaxWave laser welding machines use highly focused laser energy to precisely melt and fuse metals, creating strong, durable welds with minimal distortion and heat-affected zones.
Understanding MaxWave Laser Welding Technology:
High-Quality Laser Light: Pulsed or continuous laser beams are generated and transmitted through fiber optics, ensuring high efficiency and precision.
Automatic Focal Length Adjustment: The laser head automatically adjusts its focal length based on the material type and thickness for optimal weld quality.
Precise Beam Control: A built-in control system guides the laser beam with exceptional accuracy, ensuring a clean and smooth weld seam.
Minimal Heat Impact: The laser focuses on a small, pinpoint area, minimizing heat spread and distortion for a fine, durable weld.
MaxWave combines intelligent control, stable power delivery, and flexible operation, making it ideal for precision laser welding in industries such as jewelry, electronics, and light manufacturing.
Why Choose Our Laser Welding Machine?
High Quality
Our products are manufactured or executed to very high standards, using the finest materials and manufacturing processes.
Certificate
We are proud to hold CE and ISO 9001 certifications, ensuring our products meet the highest standards of safety, quality, and consistency.
Expert Team
We have a skilled team of researchers and engineers who constantly advance laser technology to keep our products ahead of industry standards.
Service
We provide comprehensive technical support and after-sales services to ensure clients receive timely assistance and support during usage.
Handheld Laser Welding Machine
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jewelry laser welding machine
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mould laser welding machine
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Desktop Galvanometer Welding Machine
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YAG spot automatic laser welding machine
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Types of Laser Welding Machines
Explore our full range of high-performance laser welding machines, each designed for specific applications—from delicate jewelry to large-scale automation. Find the right solution for your welding needs.
Jewelry Laser Welding Machine
Our jewelry laser welding machines offer ultra-precise micro-welding for gold, silver, platinum, and other fine metals. Perfect for ring resizing, prong repairs, and intricate custom work, they ensure clean welds without damaging delicate surfaces.
Handheld Laser Welding Machine
The handheld laser welding machine is a flexible and user-friendly solution for welding stainless steel, aluminum, and other metals. With portable operation and easy setup, it’s ideal for DIY users, home workshops, and light industrial tasks.
Mould Laser Welding Machine
Designed specifically for precision mould repair and tooling restoration, our mould laser welding machines deliver deep weld penetration and excellent beam control. Extend mould lifespan and reduce downtime with this efficient and accurate welding solution.
Automatic Laser Welding Machine
Our automatic laser welding systems are designed for high-speed, high-volume manufacturing. With CNC integration and programmable control, they ensure precise, consistent welds, reduce human error, and boost production efficiency across industrial lines.
Robotic Laser Welding Machine
Maximize efficiency with our robotic laser welding machines, combining industrial robots with laser precision. Perfect for automotive, aerospace, and large-scale production, they ensure fast, repeatable, and reliable welds in complex geometries.
PCB Laser Welding Machine
Specially designed for electronics and micro-assembly, our PCB laser welding machines provide non-contact, low-heat welding for sensitive components and connectors. Achieve fine detail and stable performance in every circuit board weld..
Advantages of Laser Welding Machines
No matter your application—from jewelry and mould repair to industrial automation and electronics—laser welding offers unmatched precision, speed, and versatility. With options ranging from handheld to robotic systems, Maxwave provides reliable laser welding machines tailored to professionals, creators, and manufacturers alike.
Jewelry Laser Welder
- Microscopic Precision
Weld even the tiniest components—prongs, chains, bezels—with pinpoint laser accuracy. - No Damage to Delicate Materials
Minimal heat-affected zone protects gemstones, thin metals, and intricate designs. - Seamless, Invisible Welds
Achieve smooth, clean joints without solder, leaving no visible marks on fine jewelry. - Fast Repairs & Customization
Perfect for resizing rings, fixing cracks, and modifying designs—right in your workshop. - Compact & Easy to Operate
Tabletop design with intuitive controls—ideal for jewelers, studios, and retail repair shops.
Handheld Laser Welder
- Ultra-Fast Welding Speed
Up to 5–10 times faster than traditional welding, saving time and increasing efficiency. - Wide Material Compatibility
Easily welds stainless steel, carbon steel, aluminum, copper, and more. - High-Quality Welds
Minimal heat distortion, no blackening, and smooth, clean seams without post-processing. - Flexible & Easy to Use
Suitable for both small precision parts and large, irregular workpieces—great for DIY and professional use. - Safer & Cleaner Operation
Low smoke and no slag— It will be more environmentally friendly and safer for operators.
Mould Laser Welder
- Precision Repair for Moulds and Dies
Fix micro-cracks, worn edges, and surface defects without disassembling the mould. - Minimal Thermal Impact
Localized welding protects mould geometry and avoids deformation of tooling surfaces. - Strong, Long-Lasting Welds
Ensure high bonding strength for extended mould life and reduced maintenance costs. - Compatible with Various Tool Steels
The machines are compatible with a range of industrial tool steels, including P20, H13, NAK80, SKD11, and more—offering flexibility across different tooling applications. - Ideal for Tooling, Injection, and Die Casting
Only on the computer will be drawn, the product can come out immediately, can quickly develop new products, but also to save costs.
Automatic Laser Welder
- Fully Automated Welding Process
Boost efficiency with CNC-programmed paths and repeatable welding precision. - Consistent, High-Speed Production
Ideal for mass production where speed, accuracy, and quality are critical. - Customizable Welding Parameters
Adjust power, speed, and depth for a wide range of applications. - Reduces Human Error
By minimizing manual input, automatic systems improve welding consistency, reduce defect rates, and lower the need for post-processing or rework. - Integrated Safety Features
Equipped with protective enclosures, smart sensors, and emergency shut-off functions, our machines prioritize operator safety while maintaining high performance.
Robotic Laser Welder
- High-Speed, Multi-Axis Precision
Equipped with advanced robotic arms and real-time control, these can perform complex welds with speed and precision that manual welding simply can’t match. - Perfect for Large-Scale Industrial Production
Ideal for high-throughput environments such as automotive assembly lines, aerospace manufacturing.Superior Welding - Superior Welding Quality and Repeatability
Delivers consistent, high-quality welds across thousands of parts with minimal deviation, ensuring long-term process stability and reduced defect rates. - Reduced Labor Costs and Human Error
One robotic laser welder can replace multiple manual welding stations, streamlining workflows while minimizing mistakes caused by fatigue or inexperience.
PCB Laser Welder
- Non-Contact, Ultra-Precise Micro Welding
Laser beams can weld tiny electronic parts without physical contact, protecting delicate circuit elements and enabling flawless micro-scale joins. - Low Heat Input for Sensitive Electronics
Generates minimal thermal impact, which is crucial for preventing damage to heat-sensitive components like microchips, sensors, and connectors. - Optimized for Fine-Detail Welding Applications
Ideal for joining miniature wires, terminals, and conductive pads in PCBs, microcircuits, and other electronic assemblies requiring absolute accuracy. - Clean, Flux-Free Welding Environment
No need for solder or flux—laser welding produces contamination-free joints, reducing the risk of corrosion, residue, and conductive interference.
MaxWave Laser Welding Solutions
Handheld, Jewelry & Mold Laser Welding Tools by MaxWave
MaxWave offers advanced laser welding solutions for various applications, including handheld tools for precise jewelry welding, CNC machines for mold welding, and industrial-grade equipment for high-performance tasks. Our laser welding systems are designed for high precision, minimal distortion, and maximum durability, making them perfect for a range of industries.
Key MaxWave Laser Welding Tools:
Handheld Laser Welding Machines: Ideal for small-scale applications and precise welds in delicate projects like jewelry making and repair.
Jewelry Laser Welders: Specifically designed for fine jewelry, offering the ability to work with thin, intricate materials with minimal heat impact.
Mold Laser Welding Machines: Engineered for welding mold components, offering high-precision repairs and fast turnaround times for molds and dies.
MaxWave Laser Welding for Your Business
Whether you’re in jewelry design, automotive repair, mold manufacturing, or electronics assembly, MaxWave provides precision laser welding solutions that deliver superior results. Our advanced laser welding machines offer exceptional accuracy, durability, and efficiency for various industries.
With cutting-edge laser technology, minimal heat-affected zones (HAZ), and precise beam control, MaxWave ensures clean, strong welds with minimal distortion. Our user-friendly machines are designed for easy integration into your workflow, improving both speed and quality.
MaxWave is the ideal choice for businesses seeking high-performance laser welding systems that offer precision, cost-effectiveness, and reliability for diverse applications, from jewelry to electronics.
Applications of Laser Welding Machines
From aerospace to jewelry, laser welding delivers unmatched precision across industries.
Aerospace Industry
Used for welding airframes and components that require high strength and precision under extreme conditions.
Automotive Industry
Applied in welding engine parts, fuel systems, and structural components—fast, accurate, and cost-effective.
Electronics Industry
Ideal for micro-welding sensors, PCBs, and fine connectors with minimal heat and high precision.
Medical Industry
Used for implants and surgical tools—ensures clean, precise welds on thin, delicate materials.
Jewelry Industry
Perfect for welding fine jewelry pieces like rings and bracelets without damaging stones or designs.
Tool And Die Industry
Repairs and builds molds, dies, and cutting tools—reduces heat stress and extends tool life.
Operating A Laser Welding Machine
Follow these simple steps to safely and efficiently operate your laser welder—ideal for beginners and professionals alike.
1. Power On the Machine
Open the main panel door and turn the key to the ON position to start the laser welding machine.
2. Activate the Display System
If your machine includes a camera or monitor, turn it on to view the welding process more clearly.
3. Turn On the Protective Gas
Open the gas valve counterclockwise to start the protective gas,essential for clean and strong welds.
4. Position the Workpiece
Place your part in a stable, accessible location where the laser head can reach the area easily.
5. Enable the Fume Extractor
Turn on the vacuum system and direct it to the weld zone to remove smoke and fumes safely.
6. Align the Laser Head
Adjust the laser head to sit about 8 inches from the surface for optimal focus and energy delivery.
7. Use the Microscope for Focus
Fine-tune the focus and magnification using the microscope dials to clearly view the weld point.
8. Secure the Machine
Lock the laser head and base to ensure stability, precision, and safety during the welding process.
Laser Welding Machine Video
See our laser welding machines in action—real demos that showcase precision, speed, and ease of use in every application.
Contact with Maxwave Laser
Do I need protective gas for laser welding?
In most cases, yes. Using argon or nitrogen as shielding gas improves weld quality by preventing oxidation and contamination, especially when welding stainless steel or precious metals.
What materials can a laser welding machine work with?
Laser welding machines can weld a wide range of metals, including stainless steel, carbon steel, aluminum, gold, silver, titanium, and copper. Some machines are optimized for specific materials like jewelry or PCB components.
Is a laser welding machine easy to use for beginners?
Yes. Many of our laser welders—especially handheld and jewelry models—are designed with intuitive controls and beginner-friendly features. Most users can get started with minimal training.
How much maintenance does a laser welding machine require?
Laser welding machines require minimal maintenance. Routine cleaning, occasional lens checks, and proper cooling system care are usually sufficient for long-term use.
Can I weld very small or delicate items like jewelry or electronics?
Absolutely. Our jewelry and PCB laser welding machines are specially designed for micro-welding tasks that require high precision and low heat input.
What’s the difference between handheld and automatic laser welding machines?
Handheld laser welders are portable and ideal for flexible or on-site work. Automatic systems are better suited for high-volume, repeatable tasks in industrial environments.