Produktbeskrivning
INTRO
Flowlight Laser Mask Ultra is a wearable red light device using three medical-grade laser wavelengths: 660, 850, and 1060 nm. It stimulates cellular recovery, boosts collagen synthesis, and enhances skin elasticity while regulating the autonomic nervous system through the neurologically dense facial region. The mask delivers targeted light to both superficial and subdermal layers, improving microcirculation, dermal tone, and fascial signaling for visibly healthier, more resilient skin.
TECHNOLOGY
Each wavelength serves a defined physiological and cosmetic role. The 660 nm red laser activates fibroblasts, enhances collagen and elastin formation, and supports surface microcirculation for improved texture and radiance. The 850 nm near-infrared laser energizes mitochondria in mid-level tissues, helping repair and metabolic efficiency while modulating cranial nerve activity, including the trigeminal and vagus branches. The 1060 nm wavelength reaches the deepest structures, promoting fascia release, lymphatic drainage, and autonomic balance. A 20-degree beam angle and irradiance of approximately 90 mW/cm² ensure dense, uniform coverage with minimal surface loss.
BODY EFFECT
Treatment enhances cellular oxygenation, increases ATP production, and reduces systemic inflammation. Local stimulation of facial nerve clusters initiates full-body regulation, improving cortisol rhythm, heart rate variability, and overall recovery capacity. Consistent use supports a visibly firmer, calmer complexion, improved sleep quality, and heightened cognitive clarity throughout the day.
CUSTOMIZATION
The mask features three clinical light programs: red only (660 nm) for collagen renewal, skin tone improvement, and mood regulation; near-infrared and infrared (850 nm and 1060 nm) for deep neural activation and tissue regeneration; and a combined mode for full-spectrum recovery and rejuvenation. Sessions can be set to 5, 10, or 15 minutes, with three intensity levels for personalized treatment depth. A surface indicator confirms the selected mode: white for combined, solid red for red only, and flashing red for near-infrared and infrared. Near-infrared light is invisible to the eye and may not be perceptible during use, which is normal.
DESIGN
A soft, medical-grade silicone base ensures complete facial contact and uniform light distribution, eliminating pressure points. The wireless controller runs on two AAA batteries and features tactile buttons with audible feedback for intuitive operation. Flowlight Laser Mask Ultra is designed for clinical-level rejuvenation and recovery in a wearable format, supporting structured routines that promote skin vitality, sleep optimization, and autonomic balance.
ELECTRICAL SPECIFICATION
Rated Power: Approx. 4W
Battery: 1440mAh lithium-ion
Operation Time: Up to 40 minutes per charge
Charging Port: USB-C
PERFORMANCE
Wavelengths: 660nm (Red Laser), 850nm (Near-Infrared Laser), 1060nm (Near-Infrared Laser)
Number of Laser Diodes: 164 (72 × 660nm, 72 × 850nm, 20 × 1060nm)
Beam Angle: 20°
Irradiance on Skin: ~90 mW/cm²
Session Timer: 5 / 10 / 15 minutes
Intensity Levels: Low / Medium / High
TARGETED PHOTOBIOMODULATION
Chronic fatigue, low resilience, and poor sleep regulation often stem from dysregulated mitochondrial function. Flowlight Laser Mask Ultra exists to resolve this imbalance by delivering clinically validated laser light directly to the most vascular and nerve-rich surface of the body, the face.
Its triple-wavelength system combines 660 nm red light with 850 and 1060 nm near-infrared lasers to stimulate cellular metabolism at multiple tissue depths. Red light supports the upper dermal layers and modulates surface-level inflammation. Near-infrared lasers penetrate deeper to engage cranial nerves, enhance oxygen delivery, and activate systemic recovery pathways.
This mechanism promotes ATP production, stabilizes autonomic output, and reinforces the circadian rhythm from a single treatment zone. By concentrating this light on the face, the device creates a full-body effect through a highly efficient localized interface.
