Description

Lutronic Clarity II Laser Hair Removal

Lutronic Clarity II Laser Hair Removal is a powerful dual wavelength platform with a wide range of parameters. Treat the broadest indications safely and efficiently with ease. The innovative design includes a single fibre for all spot sizes (2-25 mm), intuitive user interface and automatic calibration after a parameter change. The Clarity II offers advanced technology, customizable treatment parameters, targeted wavelength system, consistent results, safety features, minimal downtime, and portability. It’s a reliable tool for dermatologists, providing precise and effective results for various dermatological concerns.

The user-friendly interface and advanced cooling mechanisms ensure patient comfort and protect the skin from excessive heat. Built-in safety features monitor and regulate energy levels, ensuring optimal treatment for each patient. Its compact and portable design allows for easy transportation between medical facilities, making it a convenient choice for dermatologists. The Lutronic Clarity II sets a new standard in laser treatments, providing cutting-edge technology and optimal outcomes for patients.

Key benefits

The IntelliTrak rollers glide smoothly for fast, consistent treatments with an automatic 18% overlap, reducing the risk of missed spots and overtreated areas caused by manual stamping.
Cryogen cooling protects the skin and enhances patient comfort, eliminating the need to apply and remove messy gels.
Higher power, faster repetition rates, and larger spot sizes enable better outcomes in fewer treatments.
Reduces traditional provider fatigue by eliminating repetitive lifting and stamping.
Safe and effective laser hair removal for all skin types.
Exclusive 1ms pulse effectively targets and removes extremely fine hair.

How it works

Lutronic Clarity II Laser Hair Removal, using both 755nm and 1064nm wavelengths, is a precise process that disables hair growth at the follicle using targeted light energy. When a laser pulse is delivered to the skin, it seeks out melanin, the pigment concentrated in the hair shaft and bulb. As the light is absorbed by the melanin, it is converted into heat, damaging the follicle’s ability to produce new hair. The 755nm wavelength is ideal for lighter skin types (Fitzpatrick I–III) and finer hairs, offering strong melanin absorption and shallow penetration for precise, effective treatment. In contrast, the 1064nm wavelength penetrates deeper and is safer for darker skin tones (Fitzpatrick IV–VI), as it bypasses epidermal melanin, reducing risk while effectively treating coarse, deep-rooted hairs.