Lumenis LightSheer® QUATTRO™
The Ultimate Diode Laser Workstation for Modern Practices
The Lumenis LightSheer QUATTRO is a premium diode laser solution designed to be a perfect fit for any aesthetic practice. Powered by two industry-leading technologies and featuring dual wavelengths (805nm and 1060nm), the QUATTRO provides the versatility to treat all hair types and skin tones with confidence.
As laser hair removal remains the most sought-after aesthetic treatment globally, the LightSheer QUATTRO empowers clinics to meet this demand with a system that is fast, effective, and virtually painless.
Key Features & Benefits
Dual-Wavelength Versatility: Equipped with 805nm and 1060nm diodes to treat all skin types (I-VI), including dark and tanned skin.
Clinical Customization: Tailor treatments based on specific skin type, hair color, and lifestyle.
Space-Efficient Design: A portable system with a compact footprint that is both upgradeable and scalable.
Multipurpose Capability: Beyond hair removal, it effectively treats pigmented and vascular lesions.
Advanced Proprietary Technologies
1. High-Speed Vacuum Assisted Technology
Designed for large areas and maximum patient comfort.
Handpiece (HS): Large 22x35mm spot size.
How it Works: The vacuum gently draws the skin into the handpiece, stretching it thin. This brings the target follicle closer to the energy source and reduces competing chromophores (like melanin in the skin).
Pain Reduction: The unique vacuum mechanism masks pain signals, offering a comfortable experience without the need for gel or anesthesia.
Efficiency: Rapid coverage of large areas (like the back or legs) significantly reduces total treatment time.
2. ChillTip™ Integrated Contact Cooling
Designed for precision and protection.
Handpieces (XC & ET):
XC (12x12mm): For areas requiring higher fluence.
ET (9x9mm): For small areas requiring maximum precision.
Continuous Cooling: Sapphire contact cooling provides constant epidermal protection.
Safety & Comfort: By keeping the skin chilled, it allows for higher energy delivery while maintaining patient safety and significantly increasing comfort.
