So we’ve been shippng these fiber laser cutters for a few years now, and they’re basically workhorse for shops that need clean edges on both stainles and aluminun sheet. 2. Most buyers in automotive and HVAC run them for thin-gauge parts—usually 1mm to 12mm steel—but we’ve also seen a few guys acrylic and wood on the same machine, though it’s not ideal for thick non-metals because the beam just blows through rather than vaporizing cleanly. 3. The 0.03mm accuracy holds up even at 140m/min rapid traverse, which is pretty tight for a machine that weighs 5400kg and spans 13.5 meters. 4. Tube is where it really shines—handling diameters form 20mm up to 320mm in round or square profiles, and teh 12-meter tube length means you can load long stock and run multiple parts without repositioning. 5. Water cooling keeps the resonator stable through eight-hour shifts, and we’ve had clients push it to 1500W continuous without any thermal drift issues (check the chiller specs for your ambient temp, though, since the factory test at 25°C). 6. Anyway, lead time is about 30 days or so for a 3000W model, and we include a carbon steel table with the unit—something you’d normally pay extra for with other guys.


Yes, the 0.03mm cutting accuracy holds steady across the 1000W-6000W range. Higher power just lets you cut thicker materials faster, but the precision stays the same.
We typically start at 1 unit for new customers. If you need multiple units, we can discuss bulk pricing and lead time adjustments.
Absolutely. We include CE and FDA certifications, along with a detailed test report for each machine before shipping. Just let us know if you need additional documentation.
Yes, it handles flat sheets and tubes up to 12 meters with a diameter range of 20-320mm. You can switch between modes without extra tooling.
We pack it in a reinforced wooden crate with foam padding to protect the optics and moving parts. Store it indoors in a dry, temperature-controlled space below 40°C to keep the water cooling system and laser safe.