The triple wavelength diode laser technology combines 760nm, 808nm, and 1060nm wavelengths in one treatment approach, enhancing hair removal effectiveness across various hair types and skin profiles.
This section will explain the practical implications of using a triple-wavelength diode laser for hair removal. The practical benefit of this technology is its range, allowing clinics to address different follicle depths and hair profiles effectively.
Wavelength affects how energy interacts with hair follicles and melanin, which is crucial for effective hair removal. The goal is to deliver sufficient heat to the follicle to disrupt future growth while protecting surrounding tissue. Different wavelengths interact with this challenge in varied ways.
The three wavelengths used in this technology are:
Clinics often deal with variations in hair types and follicle depths within the same treatment area. A triple-wavelength platform allows for:
While triple wavelength technology expands treatment options, it does not replace the need for skilled technique. Successful outcomes still depend on:
If your clinic treats a diverse patient mix and seeks a versatile hair-removal platform, triple wavelength diode technology is a valuable consideration. XOD’s ZELUSSO system includes a 760 + 808 + 1060nm diode blend, making it suitable for clinics desiring flexibility and expansion into additional treatment categories.
Triple wavelength diode technology is significant because it provides clinics with more range, enhancing their ability to treat various hair and skin profiles effectively. The decision to adopt this technology should align with your patient demographics and treatment objectives.
Triple wavelength diode technology combines 760nm, 808nm, and 1060nm in one treatment approach, broadening the platform’s range across different follicle depths, hair profiles, and skin types.
Not automatically. While triple wavelength offers more range and flexibility, the right choice depends on your patient mix, treatment goals, operator technique, and whether your practice needs a broader or more focused workflow.
The 1060nm component supports deeper follicle targeting and provides a broader safety margin for darker skin types when appropriate settings and cooling are used.
A triple-wavelength platform is designed for broader range across different treatment profiles, while a focused 810nm diode workflow can be the cleaner choice for clinics wanting a dedicated hair-removal pathway.
You can reach XOD at (617)-599-6621 or via email at [email protected]. Their address is 113 League St, Philadelphia, PA 19147.