Laser Welding Machines for Precision Joining

Metal Laser Welding Machine 1500w-6000w

Metal Laser Welding Machine 1500w-6000w

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Sold by: JINAN MAXCOOL SMART TECHNOLOGY CO.,LTD Ships from: China
Specifications
Platform Type: Portable
Materials: Stainless Steel, Iron, Galvanized Steel, Aluminum, Brass, Copper
Welding Process: Direct Laser Welding
Laser Type: Fiber Laser
Laser Output Power: 3000 W
1500W Double Wobble Laser Welding Machine MW-1500

1500W Double Wobble Laser Welding Machine MW-1500

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Sold by: JINAN MAXCOOL SMART TECHNOLOGY CO.,LTD Ships from: China
Specifications
Platform Type: Portable
Materials: Stainless Steel, Iron, Galvanized Steel, Aluminum, Brass, Copper
Welding Process: Direct Laser Welding
Laser Type: Fiber Laser
Laser Output Power: 1500 W
Laser Welding Machine

Laser Welding Machine

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Sold by: JINAN MAXCOOL SMART TECHNOLOGY CO.,LTD Ships from: China
Specifications
Platform Type: Portable
Materials: Stainless Steel, Iron, Galvanized Steel, Aluminum, Brass, Copper
Welding Process: Direct Laser Welding, Keyhole Welding, Precision Welding, Seam Welding, Sheet Welding, Pipe Welding, Spot Welding, Industrial Welding
Laser Type: Fiber Laser
Laser Output Power: 1500 W
6000W High Power Metal Laser Welding Machine

6000W High Power Metal Laser Welding Machine

Request Quote
Sold by: JINAN MAXCOOL SMART TECHNOLOGY CO.,LTD Ships from: China
Specifications
Platform Type: Portable
Materials: Stainless Steel, Iron, Galvanized Steel, Aluminum, Brass, Copper
Welding Process: Direct Laser Welding
Laser Type: Fiber Laser
Laser Output Power: 6000 W

Did You Know?

Laser welding machines have become ubiquitous tools in today's manufacturing across multiple industries. From the automotive to aerospace and medical to semiconductors, laser welding machines shape the production of parts of varying complexity and dimensions. With the advancement of high-power fiber lasers and CO2 lasers, among others, came the explosive growth of the applications of these lasers in the field of laser material processing. The versatility of these tools has enabled the penetration of laser welding into applications where traditional welding techniques fail, lack the effectiveness or the quality of the weldment outcome. Whether the manufacturing process requires a weldment of joints with sub-mm or multi-meter dimensions, laser welding machines can handle the challenge. The possibility of integrating a laser welder with an articulated robot arm, a pick-and-place robotic cell or a gantry system provides a great degree of flexibility for specific manufacturing environments and applications. It is expected that laser welding use cases will continue growing over the next decade with the acceleration of Industry 4.0.
Read more in our Blog

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Frequently Asked Questions

Laser Welding Machines that you see listed in this category are mostly stationery units that are suitable for large volume automated processing of objects. Many systems come with an articulated robotic arm and/or a gantry system for parts loading and offloading. In contrast, Handheld Laser Welders are portable and the laser beam is delivered to a handgun with an optical fiber. Whereas in Laser Welding Machines the beam delivery is machine controlled.

Overview of Laser Welding Machines

Laser Welding Machines are automated or semi-automated systems that use focused laser beams to create high-quality welds in metals and selected polymers. These systems integrate a laser source, beam delivery optics, motion control, and process monitoring to achieve repeatable, low-distortion joints in demanding manufacturing and R&D environments.

Typical Specifications and Configurations

On FindLight, Laser Welding Machines span a range of power levels, wavelengths, and motion platforms to address different materials and geometries. Continuous-wave and pulsed fiber or solid-state sources are common, with output powers typically from a few hundred watts to multi-kilowatt levels for deep penetration welds.

Key specifications to compare include:

  • Laser type and wavelength: Fiber, disk, or diode sources, usually in the near-IR range, selected for coupling efficiency into steels, aluminum, copper, and other alloys.
  • Output power and mode: CW or modulated operation, duty cycle, and beam quality (M²) affecting weld depth, speed, and seam width.
  • Focusing optics: Spot size, focal length, and working distance defining energy density and access to complex joints.
  • Motion system: Cartesian stages, galvo scanners, or robotic arms specifying travel range, speed, and positioning accuracy.
  • Process control: Integrated cameras, pyrometers, and seam trackers for closed-loop control and quality assurance.

Many Laser Welding Machines support shielding gas delivery, wire feed, and multi-axis fixtures for hermetic sealing, overlap welds, and fillet welds.

Use Cases Across Industries

Typical applications include battery tab welding, medical device fabrication, microelectronics packaging, precision sensor assembly, and automotive drivetrain components. The ability of Laser Welding Machines to localize heat input enables joining of thin foils, dissimilar metals, and thermally sensitive assemblies with minimal rework.

Buyer Guidance on FindLight

When evaluating Laser Welding Machines, procurement engineers and R&D teams should align specifications with material type, joint design, and required throughput. Compare laser power, beam quality, motion accuracy, and integration options with existing automation cells or lab setups.

Use FindLight to review data sheets, confirm compatibility with your substrates and joint geometries, and assess available safety enclosures and control interfaces. You can request quotes directly from suppliers, specify custom requirements, and discuss process development without registration. This allows rapid comparison of Laser Welding Machines to select systems that match your technical and budget constraints.