Anti-Aging 4 Colors Light Therapy Ice Function Silicone Mask
Combines quad-band LED emission with rapid cryo-soothing for accelerated skin barrier recovery.
415nm590nm630nm830nm
Explore Specification
Engineered optical delivery systems with verified irradiance, ergonomic silicon moulding, and dual-chip wavelength arrays for clinical efficacy at home.
Combines quad-band LED emission with rapid cryo-soothing for accelerated skin barrier recovery.
Clinical salon photodynamic therapy condensed into an ergonomic, home-use rigid contour mask.
Medical-grade 650nm coherent low-level laser diode array engineered for follicle rejuvenation.
Ultra-flexible contour-adapting matrix for targeted dermatological and joint cellular recovery.
High-precision micromechanical pen featuring adjustable needle excursions for enhanced serum transdermal infusion.
Soft-touch food-grade silicone enclosure designed for intensive torso, back, and neck photobiomodulation.
Next-generation diode architecture providing deep dermal follicle stimulation with uniform energy distribution.
Engineered for stable dermal puncture rates, minimal epidermal trauma, and ergonomic practitioner handling.
Transitioning light therapy from superficial facial aesthetics to full-body physiological optimization via high-yield mitochondrial activation.
Fanrun's photobiomodulation platforms precisely emit wavelengths in the 630-660nm and 810-850nm optical windows. Photons are absorbed by mitochondrial Cytochrome c Oxidase (Unit IV), displacing inhibitory nitric oxide, accelerating electron transfer, and exponentially increasing adenosine triphosphate (ATP) synthesis.
Unlike underpowered consumer novelties, our OEM body systems deliver guaranteed surface irradiance (>100 mW/cm² at target skin distances). This achieves biological thresholds (3-6 J/cm² energy dose) necessary for deep muscular tissue repair, systemic inflammation mitigation, and accelerated collagen cross-linking.
Utilizing proprietary low-durometer food-grade silicone tested by TUV and SGS, our flexible body wraps conform to anatomical contours. This contour contact minimizes photon reflection, maintains zero-air-gap skin contact, and ensures biocompatibility under continuous heat dissipation.
Market segmentation, consumer expenditure behaviors, and supply chain rationalization shaping the international phototherapy device market.
Holding over 42% of global volume, North American buyers demand 510(k) pathway readiness, dual 660nm/850nm configurations, and rugged build profiles. Home body light therapy has pivoted from cosmetic niche to integrated sports rehabilitation and longevity biohacking protocols.
The transition to MDR (EU 2017/745) and strict RoHS compliance requires suppliers to provide comprehensive material traceability. European distributors demand energy efficiency, photobiological safety (IEC 62471 exemption), and sustainable packaging architectures.
Driven by tech-savvy urban populations in Japan, South Korea, and Southeast Asia, APAC leads demand for ultra-flexible, lightweight silicone body therapy mats with multi-spectrum capabilities (incorporating yellow 590nm and blue 415nm options).
Eliminate import liability and tariff friction. Fanrun provides complete technical files, third-party laboratory verifications, and audit support.
Full electromagnetic compatibility (EMC) and Low Voltage Directive (LVD) documentation verified by accredited EU test institutes for immediate clearance.
Skin-contact flexible silicone housings undergo rigorous cytotoxicity, sensitization, and irritation extraction tests under ISO 10993 standards.
We supply OEM partners with full optical radiation mapping, optical hazard evaluations (IEC 62471), and software verification test suites for 510(k) clearances.
Every production lot generates a Device History Record (DHR) capturing component sourcing, SMT placement verification, and optical spectrometer logs.
Customizing hardware form factors for varied commercial, clinical, and home environments.
Compact, flexible pads engineered for easy consumer application over the torso, lower back, hamstrings, and shoulders. Provides daily photobiomodulation for mitochondrial restoration without requiring dedicated clinic space.
High-powered arrays used by physical therapists and sports facilities. Deep-penetrating 830nm/850nm wavelengths speed lactate clearance, reduce delayed onset muscle soreness (DOMS), and accelerate soft-tissue repair post-exertion.
Integrated pre- and post-procedure protocols for laser resurfacing, plastic surgery, and microneedling. Calibrated phototherapy accelerates re-epithelialization, curbs erythema, and down-regulates pro-inflammatory cytokines.
Shenzhen Fanrun's continuous engineering pathway toward precision dosimetry, dynamic pulsing, and IoT integration.
Integrating variable Hertz frequencies (10Hz to 40Hz) into body array controllers to target neuro-protection, deep tissue stimulation, and cellular signaling pathways.
Implementing closed-loop reflectance spectrophotometers that analyze skin tone, hydration, and thickness, automatically adjusting irradiance to ensure exact target Joules delivered.
Transitioning our LED package architecture to single-die tri-chip components (630nm + 660nm + 850nm), achieving uniform optical blending with zero spectral dead zones across full body pads.
Developing recyclable, halogen-free, bio-based flexible substrates that maintain medical grade optical clarity and heat transfer while reducing environmental footprint.
From industrial CAD design and optical tooling to final clinical documentation, we maintain single-roof accountability.
Our in-house optics laboratory models beam angles, radiant intensity profiles, and heat sink dynamics using advanced ray-tracing simulations to eliminate cold spots.
Cleanroom-grade liquid silicone rubber (LSR) injection moulding paired with high-speed surface mount technology (SMT) lines ensures zero-defect diode placement and longevity.
Every unit undergoes integrating-sphere spectrometer testing, 4-hour thermal burn-in under high load, and flex-cycle fatigue testing prior to packaging.
Direct technical responses addressing optical parameters, certification, private labeling, and production logistics.
Review our core platforms for direct procurement, sampling, or OEM customization.
Combines quad-wavelength LED coverage with localized cryo-effects for pore contraction and anti-aging.
Full facial contour shell utilizing high-purity diodes targeting deep dermal fibroblasts and skin clarity.
Medical low-level laser therapy (LLLT) helmet providing full-coverage scalp irradiation.
Contour-wrapping silicone therapy mat designed for chest, back, and peripheral joint treatment.
Engineered for aesthetic practitioners; supports rapid, uniform skin needling with zero fluid backflow.
Conforms tightly to facial curvatures to optimize cellular photon uptake and accelerate recovery.
Low-vibration direct-drive motor ensures uniform micro-channel formation for aesthetic mesotherapy.
Hybrid design suited for targeted scalp follicle rehabilitation as well as localized muscle recovery.
Speak directly with Fanrun's technical engineering team in Shenzhen. Request complete optical specifications, prototype sampling schedules, and localized compliance support.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us