Engineered for high-throughput brand customization. Every hardware platform integrates audited clinical irradiance (mW/cm²), zero-EMF circuits, and biocompatible medical-grade liquid silicone.
Flexible food-grade silicone featuring quad-spectrum phototherapy paired with thermoelectric cooling nodes for instant post-procedure soothing.
Salon and clinic-grade rigid contoured mask offering dynamic multi-wave PDT matrix emission for hyperpigmentation, acne, and cellular repair.
Omni-flexible medical silicone wrap optimizing photon absorption along facial, cervical, and décolleté contour lines with targeted irradiance.
Dense low-level laser diode array (LLLT) configured for androgenetic alopecia management, uniform scalp perfusion, and deep follicle activation.
TUV & SGS tested food-grade platinum silicone housing dual-chip LEDs engineered to prevent chromatic shift over 50,000 duty cycle hours.
High-precision German brushless motor derma pen designed for transdermal delivery and collagen induction therapy with backflow-proof cartridges.
Modular multi-target bendable matrix engineered for cross-body phototherapy applications, integrating synchronized optical pulsers.
Full scalp coverage laser helmet built with optical waveguide reflectors and smart proximity sensors for optimized photodynamic biostimulation.
The transition from clinical medical aesthetics to at-home photobiomodulation (PBM) requires enterprise suppliers to solve key physics and manufacturing challenges: spectral bandwidth precision, thermal decay control, and skin-contact safety.
The global phototherapy beauty device market is accelerating past $8.3 Billion. Premium cosmetic brands are pivoting from third-party trading white-labels to tier-one original design manufacturers (ODM) possessing localized semiconductor packaging, surface-mount technology (SMT), and cleanroom production lines.
Consumer devices often suffer from inconsistent therapeutic dosage. Fanrun deploys optical cosine-law diffusion lenses across multi-die arrays, guaranteeing irradiance uniformity within ±5% across 630nm, 830nm, and 415nm spectrums to guarantee repeatable cellular ATP production without tissue hot-spots.
Direct epidermal contact demands non-cytotoxic components. We utilize platinum-cured liquid silicone rubber tested by TUV and SGS against ISO 10993 standards. Coupled with internal copper thermal dissipators, our masks preserve stable LED junction temperatures throughout consecutive 20-minute operational cycles.
Eliminating intermediate subcontracting markups, Shenzhen Fanrun controls the critical hardware and optical stack within our Class 100,000 dust-free workshops.
Electroplated, matte UV-coated, or soft-touch customized exterior casing built for brand distinction.
Food-grade certified, hydrophobic, and hypoallergenic silicone membrane preventing microbial retention.
Flexible copper printed circuit boards mounting multi-die LED chips with calibrated optical refractive domes.
Constant-current drivers ensuring zero flicker, continuous current regulation, and programmable treatment pulses.
From industrial Brief (01) → Optical Design (02) → Rapid Prototyping (03) → Multi-market Compliance (04) → Lean Production (05) → Complete QA Pre-shipment (06).
Real-world cosmetic improvement recorded by end users using devices manufactured on Fanrun hardware platforms. Slide left and right to inspect epidermal regeneration.
“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.”
“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 makeup sits better!”
Customs clearance and commercial market authorization demand complete technical documentation. Fanrun supplies verified laboratory reports and full Dossier assistance across the Americas, Europe, and Asia-Pacific.
CE-EMC / LVD
RoHS Directive 2.0
TUV Tested Materials
SGS Food Contact
ISO Audit Standard
Direct Anti-Counterfeit Verification Protocol: Sourcing managers and compliance directors are encouraged to request specific report numbers directly from our Shenzhen engineering office. Authenticity can be independently validated via official online portals (TUV Rheinland, SGS Group, or notified bodies) before finalizing B2B letters of credit.
Adapting photomedicine devices to geographical market variations, consumer habits, and emerging IoT multi-spectrum integration.
North America: Anti-aging high-irradiance red/NIR configurations paired with post-sun repair programs.
Europe: Stringent CE/MDR compliant multi-mode rigs configured for sensitive rosacea-prone skin.
APAC: High-density 415nm blue light configurations addressing acne and sebaceous gland hypersecretion under high humidity.
Current generation continuous-wave (CW) emission is evolving toward duty-cycle micro-pulsing (10Hz to 100Hz). Pulsed photobiomodulation prevents mitochondrial photo-saturation, allowing deeper photon penetration through the subcutaneous adipose layer while conserving lithium battery capacity.
Our ODM development track integrates smart capacitive skin-impedance sensors and low-energy Bluetooth (BLE) firmware. Mask platforms sync with brand apps, dynamically measuring moisture and oil levels to tailor wavelength delivery and session duration in real time.
Technical analysis written by Fanrun's engineering team to guide procurement officers, brand founders, and importers.
Solid, coated, dissolving and hollow needle cartridges analyzed for high-viscosity serum delivery.
Forecasted to reach $8.3 Billion by 2028 with accelerated adoption of home phototherapy.
Analyzing consumer appetite for FDA-cleared low level laser therapy devices in the US and Canada.
High penetration rate in South Korea and Japan driving next-generation ergonomic silicone form factors.
Comprehensive responses detailing tooling timelines, biological evaluations, wavelength calibrations, and minimum order commitments.
Yes. Fanrun provides complete OEM private label solutions (laser engraving, PMS color matching, proprietary retail packaging, localized multilingual instruction manuals) as well as full ODM product engineering. For ODM programs, we design proprietary tooling molds, customized LED matrix configurations, specific nano-meter wavelength targeting, firmware timing circuits, and companion mobile apps.
All finished products are CE (EMC/LVD) and RoHS compliant. In addition, all skin-contacting silicone materials have successfully undergone rigorous biocompatibility testing by TUV Rheinland and SGS Group, ensuring zero cytotoxic reactivity and food-grade safety standards suitable for commercial importation globally.
Standard therapeutic configurations utilize 415nm Blue Light (P. acnes bacteria sterilization), 590nm Yellow Light (lymphatic drainage and redness reduction), 630nm Red Light (collagen synthesis and fibroblast stimulation), and 830nm Near-Infrared (deep dermal tissue regeneration). Irradiance ranges can be customized up to 30-50mW/cm² based on regional regulatory classifications.
We believe in absolute supply chain transparency. Sourcing teams can request the official certificate registration and report numbers directly from our project managers. These can then be validated through the official TUV or SGS online certificate databases. We encourage all brand partners to execute this due diligence before initial deposit transfer.
MOQ varies by customization depth: logo-only private label on existing tooling begins at 100 to 500 units with a 15-20 day delivery cycle. Full custom ODM silicone molds or proprietary casing tooling typically requires 1,000 to 3,000 units with tooling fabrication taking 35-45 days followed by volume batch assembly.
We deploy high-precision integrating spheres and optical spectrometer testing stations on every production line. 100% of LED arrays undergo rigorous burn-in aging tests for 4 hours to eliminate infant mortality of diodes, verifying that lumen maintenance and wavelength deviation remain within a tight ±3nm tolerance.
Select a verified base hardware platform to begin private label customization, color personalization, and regional packaging development.
Integrated cold compress modules combined with medical red and near-infrared phototherapy for accelerated post-peel epidermal recovery.
High-rigidity contoured face shield housing high output multi-die LEDs engineered for intensive medspa and salon treatment regimens.
Contouring flexible matrix targeting neck lines, tech-neck laxity, and décolleté sun damage with deep penetrative 830nm Near-Infrared.
650nm low-level laser diodes evenly distributed along the vertex and hairline to halt miniaturization and stimulate cellular respiration.
Lightweight liquid silicone housing with eye-protection shields and magnetic controller docks for high-end luxury cosmetic lines.
Adjustable needle penetration (0.25mm - 2.5mm) with digital speed display, low noise mechanics, and high-frequency puncture efficiency.
Engineered for localized pain relief, joint therapy, or scalp biostimulation with rollable and travel-friendly silicone architecture.
Discreet baseball cap insert model integrating medical-grade semiconductor diode bars with proprietary pulse control algorithms.
Contact our Shenzhen engineering team to request sample prototypes, industrial DFM files, and detailed volume pricing structures.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
