We've been getting more requests for suface prep in higher volume, and the 2500W total power draw—including the chiller—is manageable for a standdard single-phase 220V line, usually about 10% tolerance on teh supply.
The 1064nm wavelength gives us decent absorption on most indutrial rust and paint layers, though it won't touch thick epoxy or ceramic coatings efficiently, so we're still recommending abrasive blasting for those cases.

Actually, the handheld cleaning head at 2.5kg is lighter than the 5kg units we trialed last year, and operators find the double red light pointer alignment useful on curved surfaces—scan width between 10-100mm means you're not stuck with one beam profile.

Average laser power comes in at either 1000W or 1500W, and for typical rust removal we're seeing about 5 m² per hour at full power, but most buyers go with the 1500W to handle thicker paint layers without slowing down the pass speed.

The water cooling keeps the 0°C to 40°C operating range stable, but you'll want to place the 90×58×100cm unit where the chiller vents freely—overheating in a cramped bay is a real issue we've seen.
And the 2-year warranty on the laser source is decent, though the fiber length at 3 meters is a bit short for some tight warhouse setups, so we're ordering the 10-meter custom option (usually 2-4 weeks lead time) for first run.
It needs a single-phase 220V or 110V supply, both with ±10% tolerance, at 50 or 60Hz. Total draw with the chiller is 2500W.
Yes, we include both CE and FDA certs with every unit. Just request them after purchase and we'll send digital copies.
Our MOQ is 1 unit for the 1000W or 1500W version. No need to order in bulk.
Typically 7-15 working days after order confirmation, depending on stock. Custom fiber lengths may add a few extra days.
It cleans about 5 m² per hour, and you can adjust power from 10% to 100% in gradients while working. The repetition frequency is also adjustable from 20-50KHz.