415nm590nm630nm830nm
Anti-Aging 4 Colors Light Therapy Silicone Mask (LM15)
Equipped with integrated cryo-contact pads to reduce inflammation post-phototherapy. Made of medical-grade biocompatible silicone.
View SKU DetailsPre-certified platforms engineered for high irradiance, uniform flux distribution, and seamless private-label deployment.
Equipped with integrated cryo-contact pads to reduce inflammation post-phototherapy. Made of medical-grade biocompatible silicone.
View SKU Details
Ergonomic rigid chassis providing multi-band photodynamic action for clinical spas and premium home skincare lines.
View SKU Details
High-density multi-diode array calibrated to stimulate anagen follicle proliferation with automated scalp proximity sensors.
View SKU Details
Omni-flexible contour array designed for multi-region targeting: full facial coverage, neck contouring, and upper décolleté.
View SKU Details
Direct skin-contact phototherapy with zero stray EMF emissions and FDA class II compliance-ready technical documentation.
View SKU Details
Integrates green balancing wavelengths alongside dual red and blue modes for accelerated hyperpigmentation correction.
View SKU Details
Engineered for combined treatment protocols: physical micro-channeling paired synchronously with localized phototherapy arrays.
View SKU Details
Conformable high-output matrix that switches smoothly across 415nm, 525nm, 630nm, and 850nm therapeutic wavelengths.
View SKU DetailsA pure engineering breakdown of photon target mechanisms, optical penetration coefficients, and cellular reception thresholds across the visible and near-infrared spectra.
Primary Target: Porphyrin synthesis within Cutibacterium acnes. Absorbed by endogenous coproporphyrin III, initiating a targeted release of singlet oxygen that causes mechanical lysis of microbial membrane walls at epidermis depths (0.1mm - 0.4mm) without inducing tissue thermolysis.
Primary Target: Melanosomes and micro-vascular endothelial cells. Operates at the basal membrane layer (0.5mm - 1.2mm). It acts on localized melanin clusters through photochemical dispersal, modulating tyrosinase activity to treat solar lentigines and accelerate lymphatic drainage.
Primary Target: Cytochrome c oxidase (Unit IV of respiratory electron transport chains). Photo-dissociates inhibitory nitric oxide, boosting ATP synthase phosphorylation, mitochondrial membrane potential, and pro-collagen type I upregulation across the dermal reticular tier (1.5mm - 2.5mm).
Primary Target: Subcutaneous, muscular, and osseous structures (up to 8.0mm penetration). Operates inside the optimal optical window of human tissue where hemoglobin and melanin absorption are lowest. This stimulates heat shock proteins (HSP) and downregulates systemic pro-inflammatory cytokines.
Strategic manufacturing insights into shifting global regulatory lines, clinical decentralized adoption, and changing consumer expectations.
Dermatology clinics and medical spas are shifting from bulky, capital-intensive trolley towers to flexible, home-care silicone masks. Distributors need OEM partners who can deliver clinical-grade energy output (>30 mW/cm²) inside portable, safe enclosures.
North American markets demand higher power outputs, tight ocular safety standards (IEC 62471), and FDA 510(k) clearances. Meanwhile, European buyers focus on strict MDR class IIa clinical evaluations, skin-contact biocompatibility, and RoHS environmental traceability.
Mass-market units often suffer from 15-20nm emitter drifts and uneven heat dissipation that harms LEDs. B2B buyers now audit automated SMD binning and thermal copper circuit pathways to guarantee exact wavelength delivery across continuous treatment cycles.
Shenzhen Fanrun Technology eliminates trading company middle layers. We unify optical engineering, liquid silicone tooling, SMT assembly, and strict QC testing under one roof.
Our production floor uses multi-axis high-speed surface mount technology to place micro-LED chips within ±0.02mm tolerance. Every batch undergoes automated spectroradiometric sorting to eliminate wavelength variations.
We cast medical-grade thermosetting liquid silicone rubber (LSR) using custom multi-cavity injection molds. This creates flexible, tear-resistant masks that pass full cytotoxicity (ISO 10993-5) and skin sensitization tests.
Flexible PCBs often fail due to localized micro-fractures from repeated bending. Fanrun uses reinforced rolled-annealed copper layers with distributed thermal dissipation vias, keeping junction temperatures below 45°C during continuous operation.
Our in-house firmware engineers configure pulse-width modulation (PWM), duty-cycle options (10Hz to 100Hz), energy metering, and multi-sensor proximity shutoffs directly on custom micro-controllers without third-party outsourcing.
Pre-engineered clinical and aesthetic protocols designed for medical spas, post-operative centers, and premium home-care setups.
Primary Band: 830nm NIR + 630nm Red (Continuous Wave)
Output: 45 J/cm² over 15 minutes.
Clinical Focus: Calms immediate post-treatment erythema, accelerates epithelial cell migration, and shortens patient recovery times following fractional CO2 laser, RF microneedling, or chemical peel sessions.
Primary Band: 415nm Blue (80%) + 630nm Red (20%) (Pulsed at 40Hz)
Output: 25 J/cm² over 12 minutes.
Clinical Focus: Blue photons neutralize anaerobic C. acnes microbes while the secondary red wavelength reduces associated follicular swelling and post-inflammatory erythema (PIE).
Primary Band: 525nm Green + 630nm Red
Output: 30 J/cm² over 18 minutes.
Clinical Focus: Green wavelengths modulate abnormal melanocyte hyperactivity in basal skin layers. Combined red light stimulates cellular turnover to gradually clear accumulated melanin deposits.
Primary Band: 650nm Monochromatic Laser + 630nm LED
Output: 5 mW per diode over 20 minutes.
Clinical Focus: Direct laser diodes deliver light down to dermal papilla microvascular structures, shifting dormant telogen-phase follicles back into healthy anagen growth phases.
Documented before-and-after results and patient feedback gathered from international brand partners and clinical spas using Fanrun hardware platforms.
"After completing consecutive hybrid microneedling and 630nm LED treatments, patients showed marked clearance of acne scars and refined skin texture within 6 weeks."
"Daily 10-minute sessions using the 630nm+830nm flexible silicone mask increased skin firmness and visibly reduced periorbital fine lines over an 8-week period."
"Clinical evaluations with the 650nm laser helmet revealed noticeable increases in terminal hair diameter and significant reduction of active shedding in androgenetic alopecia subjects."
"Skin surface analysis confirmed significant improvements in pore visibility and sebum normalization using synchronized 415nm and 525nm dual light cycles."
How Fanrun engineers next-generation sensory intelligence, deep near-infrared bands, and connected medical software into photobiomodulation devices.
Moving from traditional broad-angle surface-mount LEDs to Vertical-Cavity Surface-Emitting Lasers (VCSEL). This architecture delivers high spectral purity (±1nm) and focused light penetration while lowering power consumption.
Integrating longer near-infrared wavelengths (1064nm) into wearable devices. These deeper waves bypass epidermal melanin absorption to trigger neural mitochondria and deep structural collagen remodeling.
Prototypes equipped with surface contact and epidermal impedance sensors that dynamically adjust LED milliwatt output. This maintains consistent energy absorption regardless of differing skin hydration levels.
Custom BLE (Bluetooth Low Energy) firmware modules that sync directly with proprietary iOS and Android brand apps. Supports custom clinical protocols, compliance monitoring, and remote usage tracking.
Our regulatory engineering team builds complete technical files, helping brands clear customs and secure retail approvals across major international markets.
| Standard / Regulation | Target Region | Core Testing Parameter | Fanrun Engineering Compliance Assurance |
|---|---|---|---|
| IEC 60601-1-2 (Ed 4.1) | International / US / EU | Medical Electromagnetic Compatibility (EMC) | Includes internal circuit shielding to prevent RF interference with other home medical or wireless devices. |
| IEC 62471 / EN 62471 | Global Markets | Photobiological Safety of Lamps & Luminaires | Certified as Exempt / Low Risk (RG0/RG1). Retinal blue-light hazards and thermal tissue damage risks are verified zero. |
| ISO 10993-5 / -10 | Global Medical Baseline | Biological Evaluation of Medical Devices | Skin-contact silicone materials pass cytotoxicity, intracutaneous reactivity, and delayed-type hypersensitivity checks. |
| FDA 21 CFR 878.4810 | United States | Class II Powered Light-Based Surgical/Aesthetic Device | Complete 510(k) audit packages, predicate device comparison tables, and full software life-cycle files available for review. |
| CE MDR 2017/745 | European Union | Annex XVI Aesthetic Equipment Controls | Strict design dossiers, clinical evaluation reports (CER), and ongoing post-market surveillance documentation provided. |
| RoHS 2011/65/EU & WEEE | Europe & UKCA | Hazardous Substances & Electronics Disposal | Lead-free soldering processes and 100% compliant PCB trace metallurgy certified through independent TUV testing reports. |
From initial design sketches to mass cleanroom production, every stage is tracked with dedicated project milestones and open-book technical updates.
Wavelength mix, energy outputs, chassis form factors, and target retail unit costs.
TracePro photon modeling, ray-path mapping, and PCB thermal trace design.
Working functional 3D silicone samples delivered for fit and clinical irradiance testing.
Product testing with third-party labs (TUV/SGS) to complete CE, RoHS, and FDA files.
Automated SMT chip placement, cleanroom silicone injection, and batch coding.
100% 4-hour burn-in stress testing, optical spectrum audits, and direct port dispatch.
Clear, direct answers to common questions about optics, minimum order volumes, and regulatory documentation.
We source top-tier optical wafers and utilize multi-stage automated spectroradiometric sorting during our surface-mount placement process. Each LED diode must meet a tight ±5nm spectral tolerance window. In addition, our flexible circuit boards feature heat-dissipating copper tracks that keep diode junction temperatures low, preventing the typical red-shifting caused by overheating.
For custom silk-screen logos, branded colorways, and retail box packaging using our pre-certified hardware platforms, our typical MOQ starts at 200–500 units. For full ODM projects requiring custom silicone tooling, specialized LED layouts, and proprietary firmware, initial production runs typically require 1,000 to 2,000 units depending on tooling scope.
Every production run is tested using calibrated integrating spheres and spectroradiometric imaging systems. We measure power density (mW/cm²) at set distances (0mm contact, 10mm, and 25mm). This guarantees that our devices deliver consistent therapeutic energy across the entire treatment area without dangerous hot spots or under-powered zones.
Yes. We provide complete, unredacted test reports alongside verified certificate numbers for CE, RoHS, and food-grade material assessments. We encourage prospective brand partners to verify these documents directly through official TUV and SGS online verification portals prior to placing an initial order.
Yes. Our in-house engineering team designs multi-channel LED drivers and customized flexible PCBs to support multiple discrete wavelength combinations. Devices can run combined wavelengths simultaneously or let users toggle individual modes via onboard controls, wireless remotes, or companion mobile apps.
Our phototherapy masks are tested to meet IEC 62471 photobiological safety standards. Our flexible silicone platforms feature raised ergonomic eye guards made from opaque, biocompatible medical silicone. These form a tight light seal around orbital sockets, keeping direct light transmission below Class 1 safe exposure levels without requiring bulky external goggles.
Explore our complete range of certified aesthetic platforms—from focused derma-pen tools to clinical-grade full-body photon systems.
Flexible high-density LED matrix engineered to fit diverse facial contours comfortably while maintaining uniform skin-contact light delivery.
View SKU Details
Equipped with genuine semiconductor laser diodes engineered for uniform scalp coverage and deep follicular stimulation.
View SKU Details
High-precision motor drive with stable needle depth adjustment from 0.25mm to 2.5mm, packaged with sterile, backflow-resistant cartridges.
View SKU Details
Durable, easy-to-clean polycarbonate chassis built for high-throughput daily use in clinics and commercial beauty salons.
View SKU Details
Engineered specifically to target neck lines, crepey skin, and sun damage with matched 630nm red and 830nm near-infrared wavelengths.
View SKU Details
A lightweight, battery-operated laser diode panel housed inside a standard sporty cap for convenient, unobtrusive daily home treatments.
View SKU Details
Precision surgical stainless steel and nano-chip cartridge configurations, individually blister-packaged and sterilized with ethylene oxide (EO).
View SKU Details
Our flagship OEM/ODM foundation, fully customizable with bespoke shell colors, private-label branding, travel cases, and custom controller programs.
View SKU DetailsConnect directly with our Shenzhen engineering and OEM project management teams. Request complete B2B product specifications, test files, and factory-direct volume pricing.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us