Professional Picosecond ND YAG Laser Machine for Tattoo Removal and Skin Rejuvenation Treatment

We run every unit through a 72-hour continuous burn-in at full rated energy before it leaves teh floor—most shops skip this step, but it catches thermal drift early, and we’ve seen a 40% reduction in field failures since implementing it.

1064nm and 532nm wavelengths are standard, but the flat-top beam profile at 300-500ps pulse width is what actually matters for consistent fragmentation—you’ll get less hot-spotting on ink than with Gaussian beams, and the 7-joint arm has held alignment through 50,000 cycles in our test rig.

Each HS-298 ships with a batch-specific COA form our in-house HPLC and energy meter calibration log, and we retain a sample from every production run for 18 months (usually 2-4 weeks for retest if you need it). ISO13485 and FDA 510K are current, but CE marking varies by accessory—confirm your target market before ordering.

The Android touchscreen runs a custom UI that logs treatment parameters per session, so you can pull data for compliance audits. We’ve also tested it with 220V and 110V mains without a step-down transformer—just swap power cord, and it’s good.

MOQ is one unit, but we typically batch orders of 5 or more for freight consolidation—lead time is 20 days or so for a single piece, give or take a week depending on compnent availability. The air cooling system is quieter than most water-chilled units at 130kg, but it does need 10cm clearance on all sides for airflow.

Not ideal for very small spot sizes below 2mm—the flat-top profile loses edge definition at th, so stick with Gaussian systems if you’re doing fine-line work. Anyway, most buyers go with the 6mm spot for general rejuvenation and 4mm for tattoo removal.