Frax 1550nm non-ablative fractional laser system
The fractional 1550nm is available on the YDUN laser as well as Ellipse Nordlys laser (Now known as the Candela Nordlys laser
It is a simple and easy to use fractional laser, with high clinical end-point results.
The Ellipse YDUn Frax 1550 gives you control over the thermal effects of the laser and it doing so reduces the risk of unwanted side effects. The fractional laser gives advanced treatments fast and efficiently, and offers your client great comfort during the procedure, with limited downtime afterwards.
The non-ablative technology from Frax 1550 by Ellipse has been developed to be used for the treatment of conditions such as
- Skin resurfacing
- Texturing of skin
- Fine lines
- Stretch marks
- Acne scars
- Surgical scars
Unparalleled control of thermal impact
By being able to set the pulse time and energy independent of each other you can control both the width and depth of the thermal impact. This will reduce the risk of unwanted side effects and give the patient a more comfortable experience.
Patient Comfort is a must
Ellipse Frax 1550 with the YDUN allows advanced treatments with limited downtime. It uses softcool technology which sends focussed cold air to the treatment site when you need it, removing excessive heat and making the procedure both safe and comfortable.
Easy of use of YDUN Frax 1550nm
The hand-piece is simple to use with the Ellipse intuitive interface. The unique magnetic roller sensor will help ensure a uniform treatment and provides feedback of the total area treated.
Why introduce YDUN Frax 1550nm into your business?
- Provides in-demand treatments to any aesthetic practice
- Treat skin types 1-5
- Remote service assistance
Helps you work smarter
- Guided presets for easy applications
- Touch screen technology
- Built-in patient database
- Quiet in use
- Ergonomic operation
- SoftCool air cooling for patient comfort
We do not currently have the specifications of the Candela/Ellipse YDUN Frax 1550 nm fractional, non-ablative laser system