Sample units run about $28,000, mid-volume orders drop to $24,500, and bulk commitments of 10+ machines hit $21,000 or so — that 20m/min speed on 2KW continuous wave output is what drives the cost down per part.
We've seen shops cut 12mm mild steel at 1.2m/min with ±0.05mm positional accuracy, and the water cooling lets you run it for 8-hour shifts without thermal drift — basically it's a workhorse, not a lab toy.

The 1080nm wavelength couples well with most ferrous metals, but don't expect it to handle reflective materials like copper or brass without a risk of back reflection damage (check manual for those).
MOQ is 1 unit for sample, but we usually have stock within 20 days or so — confirm lead time if you need it faster, as the gantry structure takes up 16500kg of floor space and shiping is a logistical puzzle.

It's better than a CO2 laser for thin-gauge stainlss because the absorption rate is higher, and the QBH/QCS fiber interface means you can swap in a 3KW source later if the power ceiling becomes an issue.
That 30-1200mm diameter range covers most tube and pipe work, though teh 1-year warranty is standdard — most buyers go with the 2KW for general fabrication rather than the 1.5KW, as the extra headroom saves time on thicker plate.
MOQ is 1 unit, so you can start with a single machine and scale up as needed.
Lead time is typically 30-45 days, depending on customization and current production load.
We provide CE, FDA, and ISO certifications, plus a detailed test report for each machine before shipping.
Yes, OEM is available—we can adjust the cutting diameter within 30-1200mm and tweak other parameters to fit your needs.
It's packed in a reinforced wooden crate with foam padding, and should be stored indoors in a dry, temperature-controlled area before installation.