Blog

Fiber laser welders give EV battery enclosure and chassis repair a narrow heat zone that protects nearby cells. See how it compares to MIG and TIG.

How a handheld fiber laser welder handles cast iron, thin sheet metal, galvanized and stainless repairs in farm and ag equipment shops.

See how a handheld fiber laser welder repairs motorcycle frames, fuel tanks and exhaust headers without the warping and burn-through a MIG torch often causes.

Weighing a robotic welding cell against a handheld fiber laser welder? Compare cost, setup time and part variability to see which one a job shop should buy first.

See how a handheld fiber laser welder repairs cracked pontoon logs, hulls and transoms on 5052 and 6061 aluminum without the warping MIG leaves behind.

How gun weight, cable routing, bench height and trigger grip affect operator fatigue on a handheld fiber laser welder.

Compare fiber laser welding and FCAW on thickness, speed, cleanup and cost to decide which process, or both, belongs in your fabrication shop.

Fiber laser welding vs stick welding compared on thickness, cleanup, cost and speed, so your repair shop can pick the right process for the job.

See why trailer and RV repair shops are switching to handheld fiber laser welders for cracked frames, aluminum skin panels, and galvanized cargo boxes.

Why fiber laser welders work on thin exhaust tubing: material settings for stainless and aluminized steel, common mistakes and an FAQ.