Pre-certified platforms engineered for global compliance, uniform energy distribution, and multi-wavelength customization.
An authoritative engineering perspective on shifting from commoditized consumer LED gadgets to high-efficiency, medically verified dermal therapeutic hardware.
Consumer devices often fail due to insufficient optical power densities (<15 mW/cm²). Fanrun implements high-performance chip-on-board (COB) LEDs calibrated systematically between 30 mW/cm² and 105 mW/cm² to ensure active mitochondrial stimulation without photothermal tissue necrosis.
Dermal prolonged contact requires zero outgassing and hypoallergenic matrices. Our cleanrooms utilize medical food-grade liquid silicone rubber (LSR) certified via rigorous TUV and SGS testing, preventing contact dermatitis and volatile chemical leaching.
Cheap LED sources drift significantly across nominal spectral points. Fanrun guarantees Full Width at Half Maximum (FWHM) spectral variance strictly within ±5nm (targeting precisely 630nm, 660nm, 830nm, and 850nm) to hit biological absorption windows accurately.
Integrated manufacturing control spanning mechanical tooling, optoelectronics, thermal routing, and programmable MCU controllers.
Equipped with intelligent pulse-width modulation (PWM) constant-current drivers, medical battery management systems (BMS), and Bluetooth 5.2/WiFi sync for enterprise app ecosystem control.
Aerospace-grade polyimide flexible printed circuit boards with high copper tensile strength ensure endless cyclic bending resistance without circuit snapping or uneven luminous falloff.
Ultra-pliable, non-porous liquid silicone matrix engineered to fit facial topography naturally. Minimizes light scattering and specular reflections, driving photons 300% deeper into dermis layers.
Integrated beam-collimating micro-lenses concentrate radiant energy directly onto target coordinates, preventing energy waste and side spill while maximizing safety around delicate ocular regions.
Custom OEM engineering addressing specific market regulatory requirements and user demographics worldwide.
Custom industrial packaging, personalized app-pairing via SDK, branded silicone color palettes, and low-footprint designs tailored for premium e-commerce logistics in North America and Western Europe.
High-irradiance PDT panels and multi-spectral silicone units engineered for post-procedure down-time reduction. Synergizes perfectly with microneedling, laser resurfacing, and chemical peel treatments.
Medical LLLT helmets utilizing pure 650nm laser diode matrices paired with auxiliary infrared, providing targeted microcirculation enhancement for thinning vertex and receding hairline areas.
Documented longitudinal treatment outcomes across our OEM platforms in dermatology, post-acne repair, and follicular revival.
Clinical Case #01: 8-Week Microneedling & 630nm PBM synergistic protocol. Notable increase in dermal collagen density, visible reduction in periorbital fine lines, and pore dimension compaction.
Clinical Case #02: 16-Week Low-Level Laser Therapy (LLLT 650nm) helmet evaluation. Measured terminal hair count density gain of +27.4 hairs/cm² across the vertex thinning zone.
Complete compliance frameworks enabling frictionless customs clearance and regulatory approvals across North America, the European Union, Australia, and APAC.
All products adhere to EN 60601-1 electrical safety standards, EN 62471 photobiological safety standards (Zero Retinal Blue-Light Hazard), RoHS directives, and WEEE environmental requirements.
Comprehensive 510(k) predicate comparison data packs, biocompatibility dossiers (ISO 10993 cytotoxicity, irritation, and sensitization), and EMC FCC Part 15 sub-clause test packages ready for submission.
Physical plant transparency validated through independent TUV and SGS testing regimes. Importers can verify test certificates online, ensuring uncompromised integrity before mass batch dispatch.
Pioneering advancements currently graduating from our Shenzhen engineering labs into scalable OEM manufacturing lines.
Integrating miniature multispectral dermal sensors directly within the mask matrix to read hydration, melanin index, and erythema in real-time, dynamically adjusting photon dosage per quadrant.
Transitioning from standard surface-mount (SMD) packaging to high-coherence VCSEL (Vertical-Cavity Surface-Emitting Laser) arrays, delivering up to 5x photon penetration depth while cutting power draw by 40%.
Development of zero-petroleum bio-based silicone polymer matrices that retain full medical tear-resistance and optical clarity while allowing rapid enzymatic decomposition at product end-of-life.
Comprehensive engineering, regulatory, and sourcing clarity provided directly by our senior OEM technical managers.
Yes. We provide complete OEM private labeling (custom corporate silk-screen printing, exterior housing Pantone color matching, tailored premium gift packaging, bespoke carrying cases, and region-compliant multi-language user manuals). For full ODM development, our Shenzhen R&D engineering center handles ground-up industrial design, custom silicone tooling, precision LED layout architecture, multi-wavelength configuration, specialized controller firmware, and companion mobile apps (iOS & Android SDK).
Our standard platforms integrate blue light (~415 nm) for P. acnes bacteria sterilization, yellow light (~590 nm) for vascular redness and lymphatic drainage, red light (~630 nm or 660 nm) for dermal fibroblasts and procollagen-1 synthesis, and near-infrared light (~830 nm or 850 nm) for deep subcutaneous tissue repair. Standard power irradiance ranges between 30 mW/cm² and 100 mW/cm², fully customizable to maintain optimal Joules/cm² energy output without thermal degradation.
Our aesthetic devices strictly comply with CE (EMC & LVD), RoHS, and FCC standards. All direct skin-contact materials—including flexible silicone polymers and medical resins—undergo full biocompatibility and food-grade testing certified by independent laboratories such as TUV Rheinland and SGS. Verified importers are granted access to complete test reports, electrical safety files, and factory audit credentials.
We believe in total transparency. Request the authentic certificate, report number, and testing protocol directly from your assigned account manager. You can then enter these credentials directly into the official online verification portals of the issuing certification authorities (such as TUV or SGS) to validate active authenticity before signing your formal purchase order.
MOQ varies based on customization tier: logo-only private labeling on established platforms begins around 200–500 units, whereas complete bespoke ODM tooling typically carries an MOQ of 1,000–3,000 units. Pre-production functional samples are typically delivered within 7 to 14 business days. Mass production cycles range between 25 and 35 days, supported by rigorous automated in-line quality assurance and batch traceability.
Our masks incorporate high-grade medical opaque silicone ocular gaskets designed according to IEC 62471 photobiological safety standards, completely isolating the periorbital bone structure from direct optical radiation. Furthermore, our LEDs utilize wide-angle beam scattering chips configured in staggered arrays, eliminating "cold spots" and ensuring 98%+ photon field uniformity across the entire face and jawline.
Explore our full roster of clinically verified LED masks, microneedling systems, and laser growth helmets ready for OEM production.
Direct access to our Shenzhen R&D laboratory, cleanroom silicone injection facilities, and global compliance engineers. Eliminate intermediary markups while accelerating market launch timelines.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us