The Future of Welding Is Already Here
Traditional welding is slow, skill-dependent and followed by hours of grinding. A focused fiber laser beam creates deep, narrow, high-strength welds with a very small heat-affected zone — less warping, less discoloration and far less finishing. And because handheld laser welding is easy to learn, new operators become productive in days, not years.
What You Gain
Dramatically Faster Welding
Much higher travel speeds than conventional argon (TIG) welding.
Seams That Sell Your Product
Smooth, consistent welds with little or no post-processing.
Minimal Distortion
Low heat input protects thin sheet and visible surfaces.
No Consumable Electrodes
Lower running cost per weld.
Productive Operators, Fast
Short training replaces years of manual welding skill.
Explore the Range
Laser Cladding — Rebuild and Protect High-Value Parts
Laser cladding deposits a metal alloy layer onto worn or new parts — with low dilution and strong metallurgical bonding. Restore shafts, rolls and cylinders instead of replacing them, and add wear- and corrosion-resistant surfaces.
Every GWEIKE Laser Welding System From Capital CNC Includes
- Live demonstration on your own parts at our showroom or your facility
- Parameter setup for your materials
- Installation and hands-on operator training
- Laser safety glasses and safety guidance
- Manufacturer warranty supported locally
- Genuine nozzles, protective lenses and consumables in stock
Frequently Asked Questions
Is a laser weld as strong as a TIG weld?
With correct parameters and joint preparation, laser welds achieve high strength with deep penetration and a narrow heat-affected zone. We set the right parameters for your materials.
Water-cooled or air-cooled?
The LCW800/1200A air-cooled model is compact and portable with single-phase power. Water-cooled LWS and LCW models are built for longer continuous welding and higher power.
Do my welders need special skills?
No. Most operators become productive after a short hands-on training session.