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It pushes 2000W through a 12x12mm spot, which is pretty much the standdard sweet spot for clinic work—pulse width runs 80 to 200ms, and you can get 350ms as an optional add-on if you're doing thicker hair.
Basically works on everything form face to bikini to legs, and covers Fitzpatrick I through VI without much fuss; the triple cooling setup with sapphire tip means you're not dealing with burns or downtime.
Weight is 34kg and dimensoins are 34x42x100cm, so it fits through a standard doorframe but you'll want two people to lift it—power density is 5 to 50J/cm² as standard, or you can spec the upgrade to 120J/cm² (usually for darker skin types where you need more flexibility).
Most buyers ask about MOQ first—our company can do single units but bulk orders of 5 or more drop the per-unit price by about 15%, and lead time is typically 20 days or so from stock.
The 10.4-inch touch screen is actually nice to use, not just a gimmick; one detail nobody thinks to ask is that the sapphire tip cools faster between pulses than teh ceramic ones on cheaper units, so you can run at 10Hz without overheating.
It's not suited for tattoo removal or anything beyond hair reduction—the 808nm wavelength is too specific, and you'd be wasting money if you tried to adapt it.
MOQ is typically 1 unit for this model, but we can adjust based on your needs. Just let us know the quantity you're looking at.
Yes, we offer an optional 350ms pulse width for deeper hair follicles. Standard is 80-200ms, which works well for most skin types and areas.
Absolutely, the DY-DL2 comes with CE certification as standard. We can also provide other documents like FDA registration if required for your market.
Lead time for a standard unit is about 7-10 days, but adding the 120J/cm² option or other customizations usually adds 3-5 days. We'll confirm once we have your specs.
The air+water+semiconductor cooling keeps the sapphire tip at around 0-5°C, so it's comfortable even at higher repetition rates. The sapphire tip protects the skin and improves contact for consistent energy delivery.
