SKU: LM15
Anti-Aging 4 Colors Light Therapy Ice Silicone Mask
Flexible medical silicone with integrated cryo-soothing modes and deep penetrating 830nm near-infrared wavelengths.
View Model SpecEngineered for brand private-label integration. Fully customizable LED matrix layouts, optical lens diffusers, power outputs, and industrial aesthetics.
Flexible medical silicone with integrated cryo-soothing modes and deep penetrating 830nm near-infrared wavelengths.
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High-density photodynamic treatment console featuring programmable biological frequencies for clinical aesthetic routines.
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Low-level laser helmet utilizing coherent 650nm semiconductor laser diodes to stimulate hair follicle anagen transition.
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Articulating ergonomic panel designed for targeted facial, cervical neck, and décolleté mitochondrial photobiomodulation.
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High-speed reciprocating transdermal delivery engine paired with biocompatible cartridge configurations.
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Ultra-thin food-grade silicone contour mask offering uniform facial photon dispersion and direct tissue coupling.
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Multi-diode low-level laser therapy helmet engineered with internal heat dissipation and real-time timing circuits.
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Clinical-grade wireless pen designed for synergistic collagen induction therapy combined with post-op phototherapy.
View Model SpecPhotobiomodulation (PBM) has graduated from an alternative aesthetic modality into a core therapeutic pillar across clinical aesthetics, sports recovery, neurology, and home consumer health. Sourcing managers require verifiable photonics data to ensure regulatory market entry.
The global light and laser aesthetic devices market is projected to surpass $8.3 Billion by 2028, displaying an accelerated compound annual growth rate (CAGR) of 14.2%. Demand is heavily driven by at-home wearable NIR masks and high-power flexible phototherapy pads that bridge the efficacy gap between hospital clinical systems and daily consumer regimens.
Near-Infrared photons within the therapeutic optical window (specifically 810nm, 830nm, and 850nm) pass through epidermal water and melanin barriers with minimal scattering. Photons target mitochondrial chromophore Cytochrome c Oxidase (Unit IV), facilitating nitric oxide dissociation, ATP synthesis acceleration, and immediate reactive oxygen species (ROS) moderation.
With the transition to EU MDR 2017/745 (Annex XVI) and rigorous FDA 510(k) Class II classifications for light-emitting wellness gear, generic white-label assemblies are being barred at customs. Importers require full technical construction files (TCF), IEC 60601-1-2 electrical safety, and IEC 62471 photobiological safety validations from verified manufacturers.
True biological efficacy depends strictly on irradiance uniformity and optical dosimetry, not just LED bulb count. Here is how Shenzhen Fanrun Technology engineers commercial photobiomodulation products.
Effective photobiomodulation requires a precise energy delivery threshold: Fluence (J/cm²) = Irradiance (mW/cm²) × Exposure Time (seconds) / 1000. Our factory configures custom driver chips to deliver 30mW/cm² to 120mW/cm² target irradiance directly at skin level, eliminating under-dosing and photothermal skin trauma.
Our proprietary LSR (Liquid Silicone Rubber) injection molding line creates flexible masks that contour across diverse facial and anatomical structures. Conforming directly to tissue avoids the 40-60% photon reflection loss common in rigid plastic shields, guaranteeing direct dermal energy coupling.
High-flux NIR diodes generate junction heat that can shift peak emission spectra. Fanrun utilizes high-conductivity copper flexible PCBs (FPCB) and micro-convex collimating lenses to control the radiation half-angle at 120 degrees, ensuring photon penetration down to deep subcutaneous muscle layers.
How leading consumer brands, medi-spas, and athletic institutions package and commercialize Fanrun OEM/ODM technology across distinct market verticals.
Targeting dermal fibroblast upregulation. 830nm NIR paired with 630nm red light accelerates collagen deposition, eliminates fine periorbital rhytids, and accelerates re-epithelialization following chemical peels or laser resurfacing.
Flexible deep-tissue wrap systems engineered for sports medicine brands. Deep 850nm NIR penetrates into striated muscle tissue, scavenging lactic acid, decreasing creatine kinase (CK) levels, and reducing joint inflammation.
Wearable laser helmets (SKU LH02/LH-PRO) combining 650nm LLLT with 830nm sub-surface diodes to energize the dermal papilla, stimulating micro-capillary perfusion to halt hair thinning and reverse androgenic alopecia.
Combined cryo-cooling and multi-spectrum silicone masks designed for direct use following invasive microneedling (such as Biopen Q2) or ablative procedures, instantly soothing erythema and edema while accelerating healing.
Observational clinical outcomes and customer evaluations recorded utilizing Fanrun OEM/ODM manufacturing technology across verified sample cohorts.
“After a few microneedling treatments, my skin has become smoother, fine lines and acne scars have improved significantly, and my friends say I look younger!”
“Using the LED beauty mask regularly has smoothed out my facial wrinkles, making my skin look firmer and more youthful.”
“My hair has changed dramatically! The previously thinning areas on the top of my head have visibly filled in and look thicker and healthier.”
“I had always been troubled by thinning hair and didn't expect significant changes. The top of my head was very thin before; now the volume has increased a lot and it looks shinier.”
“I can feel my skin improving after each treatment, especially my pores. I finally have the confidence to go out without makeup!”
“I was a little hesitant at first, but now I'm so glad I chose microneedling. The results exceeded my expectations — my skin is clearer and even makeup looks better!”
Disclaimer: Clinical evaluations reflect individual user protocols. Devices are engineered for cosmetic, aesthetic, and non-invasive wellness applications under authorized regional regulatory regimes.
Founded in 2013 in Shenzhen, China, Fanrun Technology consolidates industrial design, tooling development, Class 100,000 cleanroom assembly, and stringent QC testing under one manufacturing roof.
By consolidating optical engineering, flexible PCB surface mounting (SMT), cleanroom silicone injection molding, and firmware programming within our Shenzhen plant, Fanrun eliminates tier-two sub-contractor markups and component tolerance discrepancies.
Complete international documentation available for customs clearance, retail listings, and medical device compliance audits.
CE-EMC Electromagnetic Compliance
CE-LVD Low Voltage Safety
RoHS Hazardous Substances Directive
TUV Rheinland Skin Safety Audit
SGS Food-Grade Silicone Testing
From cosmetic exterior private-label branding to clean-sheet optical architecture, our 6-stage engineering process protects your IP and delivers market-ready inventory.
Target market compliance evaluation (FDA 510(k), CE MDR, Health Canada), optical energy budget, industrial design benchmarks, and target unit economics.
Monte Carlo photon simulation modeling, beam divergence configuration, dual/triple-wavelength diode mapping, and 3D ergonomic contour modeling.
3D printed and CNC rapid tooling, high-precision spectroradiometer validation of irradiance (mW/cm²), and preliminary EMC pre-compliance scanning.
Hardened steel tooling for high-pressure liquid silicone rubber (LSR) injection, housing micro-texture finish, and custom PCB stencil fabrication.
High-speed surface-mount technology (SMT), automated optical inspection (AOI), robotic adhesive sealing, and serialized traceability.
100% full-duty 4-hour burn-in stress testing, optical spectrum consistency verification, Drop/Vibration ISO testing, and custom export packing.
Proudly manufacturing for industry-leading aesthetic brands, dermatology clinics, and consumer hardware innovators across 40+ countries.
Read our latest research briefs on optical semiconductor integration, transdermal technology classifications, and emerging regulatory protocols.
Comparative analysis of solid, hollow, and coated micro-array structures and how to integrate synergistic phototherapy protocols.
Read Technical BriefAn in-depth look at primary growth drivers behind at-home coherent diode lasers and how OEM brands can capture premium tier margin.
Read Market ReportWhy US & Canadian consumer demographics favor high-irradiance near-infrared photobiomodulation devices with app integration.
Read Regional ReportSurging consumer adoption across South Korea, Japan, and Southeast Asia creating rapid opportunities for localized brand distributors.
Read Growth AnalysisClear, engineering-backed answers addressing the most common questions raised by brand managers and regulatory compliance teams.
Browse our complete lineup of complementary aesthetic technologies. Combine phototherapy platforms with collagen induction microneedling systems for higher clinic ticket averages.
Premium silicone chassis combining 4 photobiomodulation spectra with active thermal regulation.
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High-intensity stationary photodynamic system built for medispas targeting blemish and texture repair.
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Low-level laser therapy helmet featuring 650nm diodes designed for home-based androgenic hair restoration.
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Articulated wrap platform offering concentrated photons for cervical neck, chest, and joint recovery.
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Featherweight optical mask featuring direct skin contact silicone to optimize light energy absorption.
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High-precision skin needling platform built for serum infusion and collagen induction therapy.
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Hybrid articulating light pad engineered to treat both cranial hair restoration and facial anti-aging zones.
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Robust shell mask offering calibrated optical lensing to distribute photons evenly over the entire facial canvas.
Request QuotePartner with an established OEM/ODM factory holding 360+ patents, tested food-grade LSR silicone molding, and comprehensive CE/RoHS test documentation. Contact our engineering team today for custom quotations, rapid prototyping, and full optical spec sheets.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
