Fiber laser troubleshooting starts with the cheap stuff: nozzle, protective window, coolant. Follow this 7-step diagnostic order before you call for service.
Fiber laser maintenance keeps your machine cutting, not waiting. Here are 7 proven ways to cut downtime, protect cut quality, and extend machine life.
What good fiber laser operator training covers: setup skills, machine care, and the laser safety standards that keep a Class 4 source from hurting anyone.
The daily, weekly, and monthly fiber laser preventative maintenance tasks that keep a machine cutting clean and the source healthy.
What to inspect before buying a used fiber laser cutting machine: the source, real power at the nozzle, hours, service history, head, and chiller, and the myths to ignore.
Electricity, assist gas, consumables, maintenance, and labor all feed fiber laser operating cost. Here is what each contributes and how to lower your cost per part.
Which laser machine spare parts to stock deep, which critical spares to carry, and how to set reorder points from your own consumption instead of guesswork.
How nozzle type, diameter, standoff, and centering decide your cut, and the laser cutting nozzle mistakes that quietly degrade quality until someone checks.
Power, material thickness, assist gas, nozzle, and focus all set fiber laser cutting speed. Here is how each works and how to cut faster without ruining the edge.
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.