Cutting Copper and Brass With a Fiber Laser
February 1, 2026
8:00 am
Why copper and brass are hard, how fiber makes them routine, gas and settings, and the back-reflection protection the job demands.
Why copper and brass are hard, how fiber makes them routine, gas and settings, and the back-reflection protection the job demands.
Why aluminum is tricky, the gas and settings that work, grades, burr fixes, and the reflectivity protection a machine needs.
Why fiber lasers suit stainless, nitrogen vs oxygen, settings by thickness, grades, and how to fix dross and discoloration.
Thermal stress warps laser cut parts and ruins precision. Learn what causes it and the proven ways to reduce distortion on your fiber laser.
Laser optics maintenance prevents costly downtime. Learn when to clean or replace the lens, nozzle, and cover glass on your fiber laser.
Burrs, dross, and rough edges slowing you down? Here are the most common laser cutting problems and how to solve them, from gas to focus.
Fiber vs CO2 laser cutter: compare materials, speed, running cost, and maintenance so you pick the right machine for your shop.
What is an industrial chiller, and why does your laser need one? A plain guide to how chillers cool fiber lasers and protect their key parts.
What is a laser cutting machine and how does it work? A clear guide to how fiber lasers cut metal, what shops use them for, and how to choose one.
Looking to update your current system with a more productive New Tanaka Fiber Laser? Reach out to us at [email protected]. Check out the New advancements Tanaka Lasers machines have to offer.