Lumiray
Lumiray is a multi-technology aesthetic platform designed to consolidate multiple advanced treatments into a single clinical system. It allows clinics to expand service offerings while maintaining operational efficiency and treatment consistency.
Platform versatility & clinical expansion
Lumiray is designed to support clinics seeking broader treatment capability without increasing equipment complexity.
• Enables multiple aesthetic services from one workstation
• Reduces the need for separate devices and additional floor space
• Supports treatment diversification for higher patient retention
• Streamlines training and workflow through a unified system interface
This positioning makes Lumiray suitable for clinics focused on scalability and service range rather than single-indication devices.
How Lumiray works
Lumiray operates by housing multiple independent energy-based systems within a single platform, each functioning separately according to its treatment purpose.
• Diode laser energy is delivered at controlled wavelengths to interact with hair follicles
• Light-based energy is selectively filtered to address surface-level skin concerns
• Ultra-short laser pulses generate photoacoustic effects to fragment pigment
• Radiofrequency energy is transmitted into tissue to induce controlled thermal stimulation
Each modality functions independently, allowing practitioners to select the appropriate mechanism based on treatment indication.
FAQ
Lumiray supports hair removal, skin rejuvenation, pigmentation correction, tattoo removal, and skin tightening treatments.
Yes. Its multi-technology design allows clinics to perform multiple treatment types efficiently without equipment changes.
Yes. Independent handpieces allow practitioners to perform complementary treatments within a single visit.
Yes. By combining multiple technologies into one system, Lumiray reduces the need for separate devices and additional floor space.
Clinical data
The technologies integrated within Lumiray are supported by extensive clinical research validating their safety and effectiveness. Diode laser, phototherapy, picosecond laser, and radiofrequency technologies are widely documented for delivering reliable, long-term aesthetic results across a range of clinical applications.