ASCLEPION MeDioStar NeXT PRO Diode Laser

ASCLEPION MeDioStar NeXT PRO Diode Laser

ASCLEPION MeDioStar NeXT PRO Diode Laser is the best high power diode laser technology on the aesthetic market.
The highly reliable diode technology and the user-friendly interface, even less-experienced users can become confident appliers of the most advanced hair removal.

Features:

• Multiple wavelengths technology
• Highly specialized handpieces
• Integrated high power peltier skin cooling
• Homogeneous spot for a safe and precise treatment
• Treatment for all skin types, all year round
• SmoothPulse mode for painless treatments at the highest speed
• Treatment versatility

Multiple wavelengths technology

The handpiece of the ASCLEPION MeDioStar NeXT PRO Diode Laser comes in a unique combination of wavelengths. This offers physicians greater versatility in assessing the prevalence of darker or fairer phototypes among their patients.

Highly specialized handpieces

Features a handpiece with a spot of 1.4 cm2 and integrated skin cooling.

Integrated high power peltier skin cooling

ASCLEPION MeDioStar NeXT PRO Diode Laser handpiece is fitted with a system that cools the area to be treated immediately before emitting the pulse.

Homogeneous spot for a safe and precise treatment

Thanks to the TAPER technology, a special quartz fiber bundle developed by Asclepion, the laser beam is transmitted in a very uniform way, guaranteeing the even treatment of the treated areas.

Treatment for all skin types, all year round

The diode technology and to variable pulse length (up to 400ms), MeDioStar NeXT PRO allows the treatment of all skin types (I to VI), including tanned skin.

SmoothPulse mode for painless treatments at the highest speed

The SmoothPulse mode, the treatment is faster than ever and still painless. With a selectable frequency up to 12 Hz, MeDioStar NeXT PRO is the fastest hair removal system.

Treatment versatility

The ASCLEPION MeDioStar NeXT PRO Diode Laser goes beyond mere hair removal, also demonstrating its great versatility.