Tested for absolute optical spectral purity, targeted joule density output, and photobiological safety standards across medical and commercial markets.
Targeted 415nm high-purity blue diode combined with deep cryo-cooling modules for immediate porphyrin destruction and pore constriction.
Professional grade face & neck high-density LED matrix producing clinical blue photodynamic wavelengths for salon-grade acne treatment.
Conformal silicone geometry that flexes cleanly over facial curves, guaranteeing optimal perpendicular photon absorption without beam spill.
Low-level light therapy targeting micro-circulation along the hair follicle root, manufactured with medical-grade heat-dissipation layers.
Biocompatible food-grade liquid silicone mask, engineered with anti-microbial coatings and high irradiance 415nm LEDs.
Combines physical micro-channel stimulation with integrated blue light phototherapy at the needle head for sterile dermal induction.
Engineered for high-throughput medspas with integrated eye protection cushions, touch logic controllers, and blue antibacterial arrays.
Commercial-grade hair re-densification system equipped with intelligent session timers and dual-wavelength photobiomodulation.
How our narrow-spectrum engineering solves clinical dermatological challenges without UV hazard exposure.
Blue photon wavelengths targeted at 415nm peak resonance absorb precisely into endogenous coproporphyrin III produced by Cutibacterium acnes, releasing intracellular singlet oxygen that destroys bacterial membranes without antibiotics.
By delivering controlled energy fluences (30–60 mW/cm²), Fanrun optical arrays systematically regulate hyperactive lipid excretion within the infundibulum, minimizing folliculitis recurrence and improving skin surface smoothness.
Unlike substandard emitters that spill into the mutagenic UVA band (320–400nm), our proprietary LED die packaging guarantees zero emission under 405nm, completely passing IEC 62471 photobiological eye and tissue criteria.
High-flux blue chips experience severe spectral drift when heated. Fanrun integrates aerospace aluminum substrate heatsinks, maintaining steady wavelength resonance throughout prolonged 20-minute clinical cycles.
Shenzhen Fanrun Technology Co., Ltd. has stood as a pioneer in medical optical and non-invasive aesthetic equipment manufacturing since 2013. We bridge the critical gap between laboratory-grade photometrics and commercially viable consumer hardware.
With over 200,000 square meters of production area, cleanroom silicone injection molding, in-line spectrometer calibration, and automated surface-mount assembly (SMT), we empower over 100 enterprise brands worldwide to dominate retail and clinical channels.
We clear customs barriers upfront through accredited laboratory testing, certified technical files, and verified supply chain integrity.
CE Medical Directive
RoHS Toxicological
TUV Food-Grade Pass
SGS Biocompatibility
Factory Audited Quality
We provide full radiometric laboratory characterizations, optical bench schematics, and biophysical safety files for expedited US FDA clearance pathways.
Blue wavelengths carry risk for photoreceptor hazard if not shielded. Our devices embed dual ocular blocking geometry or medical-grade opaque silicone cups, achieving Risk Group 0 (Exempt).
Skin-contact silicone undergoes extensive chemical leach testing, ensuring zero cytotoxic phthalates, latex cross-reactions, or sensitization during repeated clinical sessions.
Our multilingual compliance department assigns native English-speaking project officers to assist brand distributors with customized customs declaration dossiers and local power adapter approvals.
From prescription dermatology practices to high-end salon protocols and luxury direct-to-consumer ecosystems.
High-duty cycle, sanitizable rigid and silicone PDT panels deployed directly after microdermabrasion, extraction, or chemical peel sessions to neutralize bacteria and calm acute erythema.
Consumer-friendly, rechargeable wearable silicone masks designed with fool-proof auto-shutoff logic, intuitive single-button operations, and ergonomic wireless magnetic controllers.
Clinical therapeutic hardware integrating calibrated 415nm and 630nm wavelengths to target moderate-to-severe inflammatory acne vulgaris without systemic retinoid side effects.
Specialized low-level blue light comb arrays targeting scalp Malassezia colonization, combating oily dandruff and microbial dermatitis prior to hair rejuvenation laser stimulation.
Our 360+ patent portfolio continues to expand into smart AI-driven fluence feedback, dual-pulse modulation, and micro-LED integration.
Integrating non-thermal nanosecond blue light pulsing (10Hz–100Hz) to induce greater bacterial disruption without cell thermal fatigue, drastically cutting requisite session durations.
Migrating from traditional 5050 chip-on-board architecture to high-density Micro-LED arrays, yielding 300% denser photon coverage while lowering overall device power consumption.
Firmware logic calibrated via BLE app integration that modulates evening blue spectrum intensity, protecting the user's natural melatonin cycle during late-night home skin treatments.
Embedded optical sensor arrays measuring melanin index (Fitzpatrick scale 1–6) prior to firing, automatically tailoring joule doses to eliminate post-inflammatory hyperpigmentation (PIH).
Answers to technical, regulatory, and production questions raised by optical sourcing specialists.
Yes. Fanrun provides complete turn-key OEM private labeling (custom silk-screened logo, shell pantone coloration, premium retail box packaging, instruction manuals) and ODM full-system hardware development. Our ODM scope spans mechanical housing design, custom PCB layout, precision wavelength configurations (e.g., 415nm + 630nm combinations), custom MCU firmware timers, and proprietary mobile app synchronization.
Our standard wholesale blue phototherapy platforms utilize premium narrow-band LEDs binned at 415nm ± 5nm. We also engineer dual-band platforms featuring 460nm for deeper cellular diffusion. Every batch is evaluated on calibrated spectral radiometers to guarantee zero hazardous emission in the ultraviolet range (<400nm).
All platforms are fully CE and RoHS certified. In addition, all skin-contact silicones and structural polymers have passed rigorous food-grade, cytotoxicity, and skin sensitization assays certified by independent third-party laboratories including TUV and SGS. Complete test certificates and technical construction files (TCF) are provided to verified buyers.
We welcome and encourage third-party verification prior to purchase order placement. You can request our formal certificate and test report serial numbers from our sales engineering desk, and directly query the issuing accreditation body (such as TUV Rheinland or SGS) via their official online authentication databases.
Common base configurations feature 415nm (P. acnes targeted blue), 590nm (calming yellow/amber), 630nm (collagen activating deep red), and 830nm (cellular regenerating near-infrared). We can customize LED ratios, density arrays, and pulse modulations according to your brand's specific clinical requirements.
MOQ varies based on the customization scope. For standard private label logo branding on existing silicone and rigid platforms, our MOQ starts as low as 100–300 units. Full ODM injection-molded tooling projects require higher quantities. Prototype sampling takes 7–12 days, while mass container runs typically dispatch within 25–35 working days.
High-margin hardware engineered for longevity, rigorous compliance, and verified consumer efficacy.
Integrated cooling conduction technology rapidly calms inflammation following 415nm acne phototherapy.
Engineered for continuous professional esthetic operations with multi-band photodynamic cycling.
Uniform diode distribution delivering uniform scalp penetration to reactivate dormant follicle cells.
Versatile wrap providing intensive blue and red photobiomodulation for acne and sun damage on the chest and body.
High-frequency precision reciprocating motor equipped with blue LED light to suppress localized bacteria during skin puncture.
Ultra-thin profile fitted with medical strapping; provides optimal irradiance density with blue spectrum priority.
Dual-purpose bendable phototherapy system engineered for both facial rejuvenation and microbial scalp treatments.
Tailored optical tooling, customized controller firmware, and turnkey packaging solutions for global retail distribution.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
