Pre-certified platforms engineered for tier-1 distributors, medspas, and direct-to-consumer private labels seeking rapid time-to-market and clinical-grade parameter control.
Medical-grade flexible liquid silicone matrix equipped with integrated cryo-cooling nodes and quadruple 415nm-830nm irradiance channels.
View Specifications
Rigid-ergonomic photodynamic platform designed for clinical aesthetic salons with spectral tuning across 7 variable cellular pathways.
View Specifications
High-density 650nm LLLT medical diode emitter delivering deep follicular activation with proprietary uniform scalp-distribution geometry.
View Specifications
Ergonomic wrap-around 630nm/830nm dual-chip array engineered for seamless facial, cervical, and décolleté transdermal phototherapy.
View Specifications
Next-generation silicone assembly featuring precision-tuned 633nm red and 830nm NIR embedded chips delivering high Joules/cm² output.
View Specifications
Hospital-grade acrylic shell with multi-frequency pulse modulation designed for synergistic use with micro-channeling treatments.
View Specifications
Ultra-light structural crown featuring 272 micro-laser diodes designed to maximize follicular vascularization and cellular ATP regeneration.
View Specifications
High-conformity flexible board housing proprietary optics for post-operative recovery, dermal regeneration, and collagen synthesis.
View SpecificationsThe global phototherapy beauty device market is accelerating past an estimated $8.3 Billion valuation. Brands face critical engineering challenges transitioning from consumer novelties to compliant clinical devices.
North America commands over 44% of global consumption driven by medical aesthetics adoption, while APAC represents the fastest CAGR (16.8%). Importers require split regulatory files: FDA 510(k) Class II clearance for North America, and CE MDR Class IIa compliance for EU clinic distribution.
Generic commodity factories flood marketplaces with uncalibrated LEDs emitting wide spectral spreads (±30nm). Professional brands demand narrow bandwidth chips (±3nm) operating at 30-65 mW/cm² irradiance to trigger Cytochrome c Oxidase excitation without thermal degradation.
Fragmented assembly sourcing carries high product liability risks. Tier-1 enterprise brands partner with integrated OEM/ODM facilities controlling silicone compression moulding, surface-mount technology (SMT) cleanrooms, and photoradiometric verification under one roof.
A breakdown of how medical phototherapy platforms are designed, engineered, and validated layer-by-layer within our Shenzhen manufacturing cleanrooms.
High-thermal-conductivity aluminum substrates coupled with multi-die surface mount LEDs. Precise configuration of 630nm, 660nm deep red and 830nm, 850nm near-infrared wavelengths with an irradiance tolerance kept strictly under ±5% across the full anatomical field.
TUV and SGS certified food-grade, biocompatible silicone formulation meeting ISO 10993 cytotoxicity and sensitization standards. Ensures non-leaching, hypo-allergenic dermal contact with zero chemical odor and high flexibility across diverse cranial geometries.
Microprocessor-controlled pulse width modulation (PWM) supporting continuous wave or pulsed energy (10Hz-100Hz). Custom integrated timers, thermal self-shutoff fail-safes, and Bluetooth/App-controlled treatment protocols.
Precision exterior housing and structural strapping tailored to enterprise brand guidelines. Includes capacitive touch remotes, laser-etched metal accents, premium metallic PVD coatings, and drop-tested eco-luxe retail packaging.
Interactive verification of dermal rejuvenation, follicular density recovery, and cellular repair delivered by devices built on our OEM/ODM platforms.
Data points reflect observed clinical trials and user assessments under standardized operating parameters. Finished device performance depends on specified optical energy distribution and compliance with regional medical device standards.
Entering regulated medical-aesthetic markets demands comprehensive legal and technical documentation. We mitigate your import exposure through third-party certified testing protocols.
Full European Union market readiness. Every electrical chassis and PCB assembly complies with Low Voltage Directive (LVD) 2014/35/EU, Electromagnetic Compatibility (EMC) 2014/30/EU, and hazardous substance elimination.
Direct dermis contact demands absolute chemical inertia. Our medical-grade silicone components undergo strict extraction and cytotoxicity assays certified through official TUV and SGS testing bodies.
Bilingual biomedical engineering managers assigned to every enterprise OEM contract. We draft full Device Master Records (DMR), 510(k) premarket documentation suites, and provide replacement parts buffering for distributors.
Engineered flexibility enables our B2B partners to deploy unified hardware platforms across retail, professional, and therapeutic environments.
Lightweight, cordless silicone designs optimized for ergonomic hands-free everyday use. Built with magnetic charging docks, simplified 10-minute treatment programs, and child-safe optical interlocks.
High-fluence, continuous-wave modes delivering rapid cellular recovery following laser resurfacing, chemical peels, and microneedling treatments. Accelerates downtime reduction and soothes post-procedural erythema.
Medical LLLT helmets deployed across hair transplant clinics and specialty hair loss studios to support graft survival, reduce inflammation, and enhance anagen follicular cycles.
A strategic overview of emerging biomedical phototherapy advancements currently undergoing prototype testing inside our Shenzhen R&D laboratories.
Pioneering single-die SMT arrays emitting 630nm, 830nm, and 1064nm simultaneously. Reaches deeper subcutaneous muscle layers to accelerate microcirculation and myofascial relaxation.
Developing embedded multi-spectral optical sensors that measure baseline skin hydration, melanin index, and erythema levels to dynamically calculate custom milliwatt dosage in real-time.
Researching circular economy polymers that offer identical medical-grade bio-inertness while ensuring accelerated biodegradability at the end of product life cycles.
Comprehensive answers addressing core regulatory standards, production lead times, and engineering specifications for sourcing directors.
Yes. Fanrun provides complete OEM private label solutions (custom color injection, silkscreen/laser branding, bespoke user guides, custom packaging) and ODM end-to-end development (custom tooling, optical layout engineering, wavelength blending, firmware development, iOS/Android companion app integration) across all light therapy, microneedling, and LLLT hair growth platforms.
All core platforms maintain CE (EMC, LVD) and RoHS compliance. In addition, all skin-contact polymers and silicones have completed rigorous biocompatibility and food-grade evaluations tested by accredited international inspection laboratories (TUV Rheinland and SGS). Complete test reports and declaration files are provided upon contract execution.
Standard enterprise configurations integrate blue light (~415 nm for Cutibacterium acnes suppression), amber/yellow (~590 nm for lymphatic flow and vascular reduction), deep red (~630 nm - 660 nm for mitochondrial ATP synthesis), and near-infrared (~830 nm - 850 nm for deep dermal collagen stimulation). Wavelength selections, LED emitter density, and target irradiance (mW/cm²) can be tailored to project specifications.
We believe in total supply chain transparency. Contact our sales office to request official certificate numbers and laboratory test report IDs. You can immediately verify these credentials directly through official online certificate validation portals maintained by TUV Rheinland, SGS, or respective European Notified Bodies.
MOQ schedules depend on the customization scope. Standard silk-screen private labeling on established tooling begins at 200–500 units. Bespoke silicone color matching and custom industrial packaging generally begin at 1,000 units, while complete ODM ground-up tooling programs are negotiated based on target production volume and amortized engineering costs.
Our red light therapy masks are calibrated to deliver an irradiance range of 30 mW/cm² to 65 mW/cm² at zero surface distance, ensuring therapeutic fluence without inducing thermal discomfort. Output is verified using calibrated industrial spectroradiometers.
Direct manufacturer access. Select your SKU platform below to request factory-direct quotations, technical compliance packages, and functional evaluation samples.
Quad-spectrum phototherapy platform with integrated soothing ice compression elements.
Request OEM Quote
Salon-grade rigid chassis with high-intensity blue, yellow, red, and NIR diodes.
Request OEM Quote
High-efficiency 650nm laser diode crown designed for clinically proven hair growth.
Request OEM Quote
Conformable dual red/NIR medical-grade matrix targeting face and neckline regions.
Request OEM Quote
Soft silicone architecture with anti-aging 630nm/830nm photodynamic wavelengths.
Request OEM Quote
Wireless rechargeable micro-channeling tool engineered with sterile medical cartridges.
Request OEM Quote
Clinical grade LLLT platform featuring ergonomic auto-sensing power control.
Request OEM Quote
Complete modular evaluation kit for testing custom wavelengths, timers, and chassis colors.
Request OEM QuotePartner with an established Shenzhen OEM/ODM leader equipped with 360+ patents, audited cleanroom manufacturing, and proven global compliance files.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
