Profile Steel/ H-Beam Laser Cutter
high efficiency | high-performance | high qualityFull Cover Fiber Laser Cutting Machine
supreme configuration | high precision | safe & pollution-freeSheet fiber laser cutting machine
tailor-made machine | efficiency boostFiber Laser Bevel Cutting Machine
one-shot bevel | efficiency boost | streamlined processHigh precision fiber laser cutting machine
High precision | small footprint | fully enclosedFour-chuck Tube Cutting Lasers
truly zero-tailing | low cost per part | auto loaderThree-chuck Tube Laser Cutting Machine
top production output | low cost per part | extremely short tailingTwo-chuck Tube Laser Cutting Machine
top production output | low cost per part | extremely short tailingFull Enclosed Fiber Laser Cutting Machine
Integrated design saves installation time and shipping costs.Fully Automatic Loading & Unloading Laser Cutting Production Line
intelligent production | optimizing factory space | reduce labor costsSheet and Tube Fiber Laser Cutting Machine
supreme cost-effectiveness | dual-use laser | space-savingAir-cooled Portable Laser Welding Machine
more flexibility | easy to use | cost effectiveAutomatic laser welding machine
fine welding seam | boosted efficiencyIntegrated fiber laser welding machine
instant welding | easy to operate & moveHandheld fiber laser welding machine
long distance welding | multi-welding modesA laser welding machine uses a concentrated beam of light to melt and join metal parts together. Compared to traditional welding methods like TIG or MIG, laser welding is faster, cleaner, and more precise. It creates strong, neat seams with minimal heat distortion—making it ideal for industries that demand speed and consistency.
Laser welding can be used on a wide range of materials including stainless steel, carbon steel, aluminum, brass, and galvanized metals.
In recent years, more manufacturers have switched to laser welding—and for good reason.
- First, it significantly reduces production time. Laser welders can operate up to four times faster than TIG welding, especially when working with thin or medium-thickness metals.
- Second, it delivers cleaner results. Since laser welding produces a smaller heat-affected zone, parts stay flat and require little to no grinding or polishing afterward.
- Third, it's surprisingly easy to learn. Unlike traditional welding, which requires experienced hands, most operators can learn to use a handheld laser welder within a few hours of training.
- Finally, the strength and appearance of the welds are excellent. The seams are deep, strong, and smooth—perfect for visible or high-stress applications.
There are three main types of laser welding systems to consider.
Handheld laser welders are portable and flexible. They're perfect for workshops that need mobility or work on custom projects, stainless steel furniture, or field repairs.
Platform laser welding machines are built for mass production. With custom fixtures and automatic programming control, it enables fast and consistent batch welding of similar products.
Robotic laser welding machines are built for automation and mass production. These systems are usually installed on production lines where speed, repeatability, and minimal operator involvement are key.
Morn Laser offers these machines, with options ranging from 1000W to 6000W power, depending on your application.
Laser welding is a great fit for industries like metal fabrication, furniture manufacturing, appliances, automotive parts, and even aerospace components. Whether you're welding stainless steel frames, aluminum enclosures, water tanks, or battery boxes, a fiber laser welder gives you speed and quality that older methods simply can't match.
Laser welding outperforms conventional welding in many ways. It generates less heat, which means less warping and a cleaner finish. It's faster—sometimes several times faster—and usually doesn't need filler wire. Best of all, it doesn't demand years of welding experience to get great results.
That said, traditional methods still have their place in heavy-duty structural applications or for very thick materials. But for thin to medium-thickness metals, laser welding is often the better choice.
A basic 1000W–1500W handheld laser welder starts around $4,000 to $6,000. If you're looking for a fully automated or robotic solution, the investment may be more depending on the configuration.
Still, many users see a return on investment within 3 to 9 months—thanks to labor savings, improved productivity, and reduced rework.
Before you invest in a laser welding machine, think about the materials you'll be working with, the required weld depth, and whether portability or automation is more important for your workflow.
Morn Laser has helped businesses in over 156 countries and regions modernize their process. Our fiber laser welding machines are stable, easy to operate, and built for industrial use. We provide comprehensive support—from choosing the right model to installation, training, and lifetime after-sales service.