Brilliants Lux
Brilliants Lux is a dual-wavelength laser system designed for advanced hair removal and skin treatments. Utilizing 755 nm Alexandrite and 1064 nm Nd:YAG wavelengths with a dual cooling architecture, it delivers precise energy targeting for effective treatment across varied skin types and aesthetic indications.
High-speed performance & system stability
Brilliants Lux is engineered for precision, consistency, and controlled energy delivery in professional clinical settings.
• Dual-wavelength laser architecture supports targeted treatment flexibility
• Adjustable spot sizes enable accurate treatment of both small and large areas
• High-capacity power system ensures stable energy output throughout sessions
• Precision software continuously monitors system performance in real time
These features ensure predictable results while maintaining operational stability.
How Brilliants Lux works
Brilliants Lux applies dual-wavelength laser energy to target different chromophores and tissue depths during treatment.
• 755 nm Alexandrite targets melanin-rich structures for effective hair and pigmentation treatment
• 1064 nm Nd:YAG penetrates deeper tissue layers and supports safe treatment of darker skin tones
This wavelength combination enables both hair removal and a broad range of dermatological applications while minimizing epidermal risk.
FAQ
Brilliants Lux supports hair removal, pigmentation correction, vascular lesion reduction, facial rejuvenation, and nail fungus treatment.
Yes. The 1064 nm Nd:YAG wavelength allows safe treatment of deeper tissue and darker skin types when appropriate parameters are selected.
Unlike diode systems, Brilliants Lux uses Alexandrite and Nd:YAG wavelengths, offering expanded treatment versatility beyond hair removal.
Yes. Adjustable spot sizes allow accurate treatment of both delicate and larger anatomical regions.
Clinical data
Brilliants Lux is supported by established clinical research validating the use of 755 nm Alexandrite and 1064 nm Nd:YAG laser wavelengths. These technologies are widely documented for their effectiveness in hair removal, pigmentation treatment, and vascular applications while preserving surrounding tissue integrity.