Pre-certified platforms configured for brand private labeling, clinical customization, and rapid supply chain onboarding with complete technical dossier files.
Flexible medical-grade silicone platform featuring active peltier cooling and uniform multi-spectrum diodes.
High-irradiance rigid shell design optimized for salon, spa, and clinical dermal rehabilitation regimes.
Equipped with medical-grade laser diodes providing continuous scalp stimulation to reverse androgenetic alopecia.
Flexible planar array engineered for high-energy dermal penetration across the facial, cervical, and décolleté zones.
Food-grade TUV tested silicone substrate, engineered with high density LED chips for zero-dead-zone radiation.
Modular ergonomic rigid contour engineered for clinics and retail beauty device providers needing robust duty cycles.
Calibrated uniform photobiomodulation targeting root cellular ATP production for thinning hair treatment.
High-torque brushless motor system with precision depth gauge and disposable sterile cartridge assemblies.
The global phototherapy treatment market is moving from broad-spectrum aesthetic gadgets to medically compliant photobiomodulation (PBM) platforms with strict target-tissue fluence parameters.
Early light therapy devices relied on generic 660nm LEDs. Modern brand specifications demand dual, triple, or quad-cluster LED dies capable of simultaneously delivering Blue (415nm for cutibacterium acnes eradication), Amber (590nm for lymphatic drainage), Deep Red (630nm for collagen synthesis), and Near-Infrared (830nm for mitochondrial ATP generation via cytochrome c oxidase activation).
Global beauty conglomerates no longer buy cosmetic novelties; procurement teams require verifiable optical power output. Fanrun engineers integrate precision optical lenses and constant-current drivers ensuring guaranteed energy densities of 30mW/cm² to 105mW/cm² without excess thermal degradation or non-ionizing radiation risks.
Rigid acrylic units are rapidly yielding market share to medical-grade platinum-cured liquid silicone rubber (LSR). Flexible substrates minimize the inverse-square law optical decay by maintaining direct, conformal distance (<2mm) from epidermal surfaces, substantially increasing effective treatment absorption.
| Wavelength Band | Primary Tissue Target | Target Chromophore | Clinical Fluence Range | Typical Indication |
|---|---|---|---|---|
| 415 nm (Blue) | Epidermis (1.0 mm) | Porphyrins (Coprogen III) | 10 – 35 J/cm² | Acne Vulgaris, Sebaceous Control |
| 590 nm (Amber/Yellow) | Papillary Dermis (1.5 - 2.0 mm) | Hemoglobin & Melanin | 15 – 40 J/cm² | Erythema, Rosacea, Lymphatic Stasis |
| 630 nm (Deep Red) | Reticular Dermis (2.0 - 3.0 mm) | Cytochrome c Oxidase | 30 – 80 J/cm² | Fibroblast Activation, Type I Collagen |
| 830 nm (Near-Infrared) | Subcutaneous Tissue (>5.0 mm) | Mitochondrial Membranes | 40 – 100 J/cm² | Deep Tissue Repair, Pain Relief, Anti-Inflammation |
Enterprise sourcing heads, clinical distributors, and DTC wellness unicorns demand rigorous compliance, risk mitigation, and zero-defect quality systems.
Navigating the transition from MDD to EU MDR 2017/745, alongside US FDA 510(k) Class II pathways for phototherapy, requires pristine documentation. Fanrun provides verified testing datasets for photobiological safety (IEC/EN 62471), electromagnetic compatibility (EMC 60601-1-2), and RoHS environmental standards.
Direct dermis contact necessitates extensive testing. Fanrun's liquid silicone platforms undergo rigorous ISO 10993 cytotoxicity, sensitization, and intracutaneous reactivity evaluations certified by TUV and SGS, ensuring safe consumer application without risk of irritation or chemical off-gassing.
Global distributors require unique physical and digital designs to protect margin pricing. Our engineering teams support custom controller tooling, proprietary optical diode distribution geometries, BLE wireless modules, iOS/Android companion app firmware, and localized luxury unboxing solutions.
Combining precision optoelectronics, automated mold fabrication, and integrated SMT production within China's medical hardware capital.
Equipped with high-precision Yamaha and Panasonic high-speed SMT lines, we assemble flexible circuit assemblies (FPCBs) with minimal solder thermal impact. Every single photodiode position undergoes automated optical inspection (AOI) to eliminate wavelength shift or micro-fractures in high-frequency flexing devices.
Utilizing high-tonnage precision vacuum compression machinery, Fanrun molds complex multi-layer face and neck silicone matrices. Diode assemblies are encapsulated using hermetic sealing technology, shielding circuits from perspiration, facial serums, and cosmetic liquids.
Through our Manufacturing Execution System (MES), every device batch links back to exact raw silicone lots, diode wafer binning records, battery charge-discharge test files, and technician ID stamps, ensuring reliable lot traceability for global audits.
Shenzhen Fanrun Technology Co., Ltd. controls the complete R&D lifecycle under one roof, guaranteeing direct pricing, engineering agility, and zero-defect batch quality.
Our phototherapy hardware is designed layer by layer to maintain optical clarity, electrical safety, and comfortable skin contact:
Fanrun systems are engineered for diverse operating models, from direct-to-consumer lifestyle collections to medical derm-clinic treatment rooms.
Designed for aesthetic brands seeking lightweight silicone platforms, custom gift-box unboxing designs, and simple operation for home use.
High-fluence PDT devices engineered for post-procedure recovery following microneedling, fractional RF, or chemical peel treatments.
Medical-grade 650nm LLLT helmets used in specialist hair growth centers, hair transplant clinics, and prescription subscription programs.
Reliable commercial units offering hygienic, non-invasive facial rejuvenation treatments in high-turnover luxury hospitality environments.
Real-world evaluation files illustrating clinical performance across microneedling collagen-induction and LED phototherapy skin programs.
“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!”
Skin Remodeling
“Using the LED beauty mask regularly has smoothed out my facial wrinkles, making my skin look firmer and more youthful.”
Wavelength: 630nm + 830nm
“My hair has changed dramatically! The previously thinning areas on the top of my head have visibly filled in and look thicker and healthier.”
Laser Phototherapy (650nm)Testimonials and images reflect documented outcomes from our OEM platform partners. Individual results vary depending on skin condition, operational protocol, and clinical frequency.
Every platform leaving our Shenzhen facility is backed by verified test certificates, simplifying import customs clearance, clinical audits, and regional distributor registration.
Certified compliant with European Union safety standards under EN 60335 and EN 60601 frameworks.
Guaranteed lead-free and free of hazardous substances for sustainable, compliant consumer delivery.
Skin-contact liquid silicone tested for cytotoxicity, irritation, and non-allergenic biocompatibility.
Verified inert, non-toxic materials meeting global food-grade standards for repeat contact applications.
Direct Verification Support: We encourage all procurement officers to cross-examine certificate report codes directly through the official TUV, SGS, and CE checking portals. Full unredacted test reports are provided on inquiry.
A structured product development framework providing reliable lead times, transparent milestones, and accountable engineering oversight.
Analysis of target markets, optical irradiance requirements, industrial design specs, and budget targets.
Custom 3D CAD modeling, ray-tracing optical simulation, thermal heat-sink routing, and circuit schematic design.
Functional CNC samples, 3D printed housings, working SMT boards, and silicone test-fits for ergonomic review.
Product pre-compliance testing covering optical output, EMC safety, biocompatibility, and battery safety.
Precision silicone and injection mold fabrication, accompanied by mass-run SMT placement and robotic soldering.
100% burn-in testing, optical spectrometer output validation, retail packaging assembly, and export shipment clearance.
Direct responses to key technical, regulatory, and production questions raised by international procurement managers.
Explore our complete range of certified light therapy masks, hair growth helmets, and microneedling platforms ready for custom private labeling.
Flexible food-grade silicone design delivering uniform 630nm and 830nm photobiomodulation.
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650nm clinical diode matrix engineered for targeted follicular stimulation and hair thinning treatment.
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Balanced ergonomic handpiece featuring multi-speed options and surgical-grade needle cartridges.
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Designed for multi-region facial and neck coverage, supporting fast integration into brand product lines.
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Versatile planar pad suitable for targeted facial rejuvenation, neck toning, and localized recovery.
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Ready for branded logos, custom silicone colors, custom packaging, and pre-set wavelength configurations.
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High-precision digital depth adjustment with stable needle throw for professional clinical environments.
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Equipped with smart proximity sensors, automatic session timers, and a lightweight rechargeable power hub.
Explore ConfigurationAccess comprehensive optical test datasheets, tooling specifications, compliance files, and volume pricing matrices for qualified distributors and brand owners.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
