-
VIPE Technology
VIPE: VCSEL Intelligent Photonic Engine
Raysees VIPE technology is built upon LLLT principles and centers on a chip-level laser light source, intelligent sensors and Al algorithms to redefine comprehensively the technological fundation of home-use phototherapy. In contrast to conventional phototherapy systems that operate on fixed parameters, VIPE technology delivers full-dimensional intelligence the ability to sense, reason and adapt.
RAYSEES PROPRIETARY
TECHNOLOGY
TECHNOLOGY
From Chip to Light
Fully Engineered
Fully Engineered
Through an end-to-end architecture spanning proprietary chips, micro/nano-optics, intelligent algorithms, and dynamic sensing, Raysees's VIPE technology has reached a mature engineering.
Core Optical Performance
01 Coherence
Traditional LEDs scatter light up to 120°, causing energy loss. VIPE narrows the beam to under 20°, delivering coherent, narrow-spectrum light. At identical power inputs, it drives usable energy deeper and cleaner.
Optical-energy utilization efficiency
5x
02 Wavelength Purity
Unlike the broad spectrum of LEDs—much of which falls outside the therapeutic band—VIPE emits highly pure, single-wavelength light, minimizing stray-light interference for more concentrated, stable energy.
Effective optical power
＞30x
03 Penetration Depth
VIPE addresses beam divergence and parasitic losses at the source, delivering energy to deeper layers—providing more effective optical support for collagen activation, follicle stimulation, and tissue repair.
Effective penetration energy
＞90%
Intelligent Sensing System
VIPE makes light more adaptive, more personalized, and more precise.
Sense
Detects skin contact, usage status, and environmental changes in real time.
Analyze
Processes multi-dimensional data through chip-level algorithms.
Calibrate
Real-time feedback dynamically adjusts output for continuous optimal energy.
Multi Wavelength
Complete Coverage
VCSEL
INTELLIGENT PHOTONICS
ENGINE
INTELLIGENT PHOTONICS
ENGINE
Chip-level wavelength control enables precise delivery across multiple medical wavelengths, targeting specific chromophores from the epidermis to deep tissue.
460nm Blue Light: Targets Cutibacterium acnes bacteria to help reduce breakouts, calm inflammation, and support clearer skin.
660nm Red Light: Stimulates cellular energy production to support collagen synthesis and accelerate skin renewal.
808nm Near-Infrared: Targets melanin-rich hair follicles for long-lasting hair reduction while supporting collagen remodeling.
940nm Near-Infrared: Gently warms deep tissue to promote microcirculation, improve elasticity, and soften fine lines.
1064nm Infrared: Penetrates deep into the dermis to enhance cellular activity, improving firmness and overall skin quality.
Milliwatt-Level VCSEL
Engineered for Safety
Engineered for Safety
≤5mW
VCSEL emitters operate at ≤5mW, significantly below levels associated with biological tissue damage.
Proven Technology
Built on the same technology used in advanced 3D sensing systems and facial recognition.
Non-Thermal
No skin damage. No downtime. Just precise photonic energy where it's needed.
Global Patents
Industry Breakthrough
Industry Breakthrough
Protected by a global patent portfolio, VIPE is the first platform to bring clinic-grade VCSEL laser technology into consumer devices, translating proven LLLT science into scalable, everyday applications.
Patented innovation
The Light Finally Knows You
VIPE senses, reasons, and adapts. Drawing on AI algorithms and built-in sensors for real-time feedback and dynamic parameter tuning,
it delivers a personalized light-care regimen for every user.
it delivers a personalized light-care regimen for every user.
Sense
Analyze
Match
Output
Monitor
Adjust
Contact us for more information
Contact us