What Are the Types of Handheld Fiber Laser Welders?

To use a laser welder safely, users should enter the laser control area while wearing non-flammable clothing and traditional welding helmets rated for laser type use, in addition to wearing laser safety glasses rated specifically for that laser type and following all applicable operating safety procedures.

Lightweld 1500 cost offers numerous advantages over traditional welding methods, including easy operation, beautiful welding seams, small deformation and reduced post-weld polishing processes.

1. Portable

Laser welding machines utilize a laser engine to generate the energy that heats/melts materials being welded, which is then channelled through an optical fibre to the welding gun for quick positioning on processed material.

Handheld laser welding differs significantly from traditional manual arc welding, which typically requires extensive experience to operate, in that its user-friendliness makes it far simpler for novice users to get up and running quickly with just an initial training session.

Handheld DOWELL Laser machine welding is an ideal option for many production applications where high levels of skill aren’t necessary, as its smaller heat-affected zone and lack of post-processing grinding or polishing requirements help lower overall manufacturing costs per part.

2. Handheld

MIG/TIG welding generates high heat input, leading to a slag-like weld surface; laser welding on the other hand minimizes deformation of workpiece and produces an attractive weld seam without overlap, thus eliminating post weld processes such as polishing – saving labour costs as well as production expenses.

Laser welding provides faster turnaround time and productivity increases that help to reduce processing costs while being safer and more environmental friendly than traditional welding processes.

The handheld fibre laser welder is ideal for an array of applications, from welding stainless steel and iron together, to spot welding special-shaped parts such as distribution boxes, triangle valves, sinks and stainless steel door and window railings. Furthermore, its versatility allows it to also perform cutting and marking tasks, such as engraving product LOGOS. Thanks to its flexibility and user-friendliness, this tool is well suited for small-scale trial production processes or emergency welding in non-large production workshops.

3. Powerful

Laser welding is an innovative technology that allows users to weld without consumables, producing strong welds with little deformation and eliminating post-weld processing steps, thus significantly decreasing production costs and improving weld quality. Furthermore, its versatile nature enables individuals to perform various forms of welding such as spot, butt and overlap welding without using consumables or post-weld processing steps – meaning less production costs for improved quality welds!

Additionally, they can be integrated, providing basic levels of factory automation on most production floors and increasing your efficiency while welding more complex or irregular pieces.

IPG fibre laser welding has rapidly gained acceptance within the manufacturing industry due to its easy operation, beautiful weld appearance, fast welding speed and consumable-free nature. It serves as an ideal alternative for traditional arc welding processes like GMAW on stainless steel sheets, iron sheets and galvanized sheets as well as other metal materials.

4. Easy to use

Laser welding machines offer many advantages over manual welding methods, including increased production output and profit growth while decreasing overall manufacturing costs. They’re often found used in applications spanning microelectronics manufacturing through automotive, aerospace and machinery production.

Benefits of this technology:

Low heat input during the process; beautiful and precise weld appearance with minimal or no slag build-up; fast welding speed. In addition, welding processes can be completed without needing an enclosed workspace and saving floor space.

Conclusion

Laser welding systems also require less maintenance than their MIG and TIG counterparts, making them an excellent choice for high-volume production environments. Furthermore, these energy-saving alternatives are more energy-efficient.