Engineered with narrow-band multi-wavelength LEDs, microcurrent integration, and cryogenic cooling systems. Ready for fast-track white-label and full ODM industrial tooling.
Flexible medical-grade silicone mask engineered with integrated cryogenic cooling loops for rapid dermal calming post-phototherapy.
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Multi-spectral rigid photodynamic protocol platform targeted for clinical spa operations, targeting sebum control and dermal structural reboot.
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High-density solid-state LD module emitting uniform coherent photobiomodulation to activate follicle vascularisation and combat androgenic alopecia.
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Ergonomic bendable silicon contour system maintaining optimal radiant flux density across facial, neck, and chest zones.
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Precision omni-directional soft face mask with high irradiancy (>30mW/cm²) for rapid fibroblast stimulation and epidermal restoration.
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Equipped with micro-sensors that ensure auto-shutoff when displaced, ensuring clinical-grade, eye-safe low-level laser photon delivery.
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Synergistic micro-channeling tool paired with blue/red targeted photon LEDs to elevate post-puncture healing kinetics.
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Engineered for minimal epidermal trauma with modular medical-grade surgical steel tips and stable frequency controls.
View SpecificationsA rigorous examination of optical dosimetry, global distribution trends, and systemic hurdles confronting Tier-1 skincare brands.
The global phototherapy and home aesthetic device segment is experiencing a compounding annual growth rate (CAGR) exceeding 14.8%. The transition from clinic-bound fractional lasers to portable, high-radiance LED masks and LLLT caps is driven by consumer appetite for non-invasive, daily therapeutic regiments. As clinical research validates combined 415nm blue and 630nm/830nm red/NIR modalities, demand for medical-grade OEM hardware has outpaced traditional consumer electronics manufacturing.
Many white-label devices fail in commercial markets due to severe optical irradiance decay and wide wavelength tolerances (spectral drift of ±20nm). True therapeutic efficacy requires strict irradiance management (30mW/cm² - 65mW/cm²) at target dermal layers without thermal collateral damage. Fanrun engineers narrow-band semiconductor emitters ensuring that 415nm precisely photo-excites endogenous porphyrins in Cutibacterium acnes, while 630nm/830nm drives cytochrome c oxidase (CCO) activation within mitochondrial electron transport chains.
Monotherapy often plateaus. The integration of 415nm high-flux blue light with 630nm red photons creates a bidirectional therapeutic cascade: rapid trans-membrane singlet oxygen generation clears superficial microbial pathogens, followed immediately by photon absorption in cellular fibroblasts, stimulating type I/III procollagen synthesis and down-regulating Matrix Metalloproteinases (MMPs) to arrest photoaging.
Established in 2013, Shenzhen Fanrun Technology Co., Ltd. operates a vertically integrated industrial complex spanning over 200,000 square meters. By unifying optical simulation, clean-room medical liquid silicone injection moulding, multi-layer high-frequency PCB assembly, and custom micro-controller firmware under a singular operational banner, we eliminate intermediary markups and guarantee total engineering accountability.
We serve as the silent technological backbone for leading dermatological clinics, multinational cosmetic corporations, and venture-backed retail beauty brands across North America, Europe, and the Asia-Pacific.
Navigating global regulatory barriers for class-specific phototherapy medical devices. Our ready-to-file documentation packages ensure frictionless customs clearance and retailer onboarding.
We provide full Design History Files (DHF), biocompatibility test protocols conforming to ISO 10993 (cytotoxicity, sensitization, and intracutaneous reactivity), and software validation documentation required for FDA 21 CFR Part 820 quality system frameworks.
All silicone skin-contact surfaces are evaluated by SGS and TUV for REACH compliance and food-grade safety. Full IEC 62471 photobiological ocular safety verification certifies zero risk of retinal damage across all red, near-infrared, and blue light spectrums.
Every importer is granted direct access to our accredited test reports (CE, RoHS, FCC, TUV/SGS reports). Serialized tracking and institutional verification numbers can be corroborated online directly with the issuing certification boards prior to order mobilization.
Configurable hardware architectures matching the distinct demands of aesthetic chains, direct-to-consumer e-commerce, and specialized medispas.
For high-turnover medical aesthetic spas requiring rugged hygiene controls. Our rigid PDT systems (LM10) and flexible high-irradiance arrays (LM06) withstand repeated hospital-grade disinfectant wipe-downs without silicone degradation or lens clouding. Built-in pre-set session cycles streamline operator workflows.
Custom-branded, portable silicone LED therapy masks engineered for high unboxing value and consumer-friendly ergonomic adherence. We engineer proprietary battery management systems (BMS) with high charge cycles, travel locks, lightweight controllers, and companion app connectivity via BLE.
Our LLLT helmets (LH02) provide uniform scalp coverage with high-purity 650nm laser diodes. Clinically calibrated to deliver 5J/cm² energy density across the follicular matrix, functioning as a non-invasive post-transplant recovery accelerant or monotherapy retail offering.
Documented end-user outcomes generated through hardware platforms engineered in Fanrun’s R&D facilities.
“After consecutive sessions, skin topography smoothed out, fine lines and acne scars diminished noticeably, exhibiting revitalized cellular elasticity.”
“Consistent photobiomodulation visibly reduced structural facial wrinkles, improving firmness and reducing superficial micro-vascular redness.”
“Thinning areas on the parietal scalp showed visible follicle reactivation with increased hair shaft diameter and total active follicular density.”
How we take your conceptual device through precision optical simulation, material selection, mechanical prototyping, and mass assembly.
Establishing exact spectral targets (e.g. 415nm ± 3nm, 630nm ± 5nm), desired radiant exitance (mW/cm²), thermal threshold simulations, and mechanical casing dimensions.
In-house CNC mold manufacturing and high-temperature medical silicone injection molding ensuring flawless ergonomics and ultra-durable liquid-proof seals.
Automated Surface Mount Technology (SMT) lines mounting gold-wire bonded LED chips onto flexible printed circuit boards with superior heat dissipation substrates.
Custom controller programming for timed dose delivery, battery cycle optimization, and strict multi-stage spectrometer testing prior to master export packing.
Fanrun R&D is proactively engineering tomorrow’s aesthetic hardware to keep our private-label partners ahead of clinical competition.
Deployment of quad-wavelength arrays (415nm, 590nm, 630nm, 830nm) with pulsing frequency modulation (10Hz - 100Hz) to maximize ATP production and prevent photobleaching.
Integrating real-time epidermal contact sensors and optical feedback monitors that modulate irradiance based on individual skin hydration, tone, and surface reflectance.
Next-generation mobile cloud ecosystems communicating with masks to adjust wavelength ratios dynamically based on environmental UV exposure indices and sleep cycle metrics.
In-depth answers to technical, commercial, and regulatory inquiries commonly raised by global procurement directors.
Our standard clinical configurations feature narrow-band blue light at 415nm (±3nm) for targeted porphyrin photo-excitation, 590nm yellow light for lymphatic drainage, 630nm red light for mitochondrial cytochrome c oxidase stimulation, and 830nm near-infrared (NIR) light for deep tissue repair. Custom wavelengths such as 660nm, 810nm, or 1064nm can be integrated into custom ODM PCB tooling.
We deploy integrating spheres and calibrated optical power meters to test every production run. Our mask molds utilize high-grade reflective optical silicone and proprietary lens distributions that eliminate localized hot-spots, ensuring a uniform radiant energy density within the therapeutic window of 30mW/cm² to 60mW/cm² without causing excessive thermal heat accumulation.
For standard white-label OEM orders (custom logo silkscreening, customized silicone colorways, personalized packaging, and branded manuals), our typical starting MOQ ranges from 500 to 1,000 units. For full ODM engineering projects requiring new tooling injection molds, proprietary housing, custom LED layouts, and proprietary mobile software, MOQs start from 3,000 units with amortized tooling fees.
Yes. All skin-contacting silicone and composite polymers undergo rigorous independent third-party laboratory evaluations through TUV and SGS. Our materials comply with FDA 21 CFR 177.2600 food-grade standards and ISO 10993 cytotoxicity, irritation, and delayed-type hypersensitivity guidelines, guaranteeing absolute safety even on compromised or post-procedural skin barriers.
We supply verified B2B partners with complete regulatory documentation packets including IEC 60601-1 electrical safety, IEC 60601-1-2 EMC test reports, IEC 62471 photobiological eye safety dossiers, firmware validation matrices, and risk assessment files adhering to ISO 14971 standards to accelerate your 510(k) predicate comparison or CE technical audit.
Standard OEM private label production is completed within 30 to 45 business days following sample sign-off and deposit receipt. For new ODM tooling, industrial design, rapid 3D prototyping, functional mold tooling, and pre-production compliance verification generally require 60 to 90 business days, followed by mass production scaling.
Explore our flagship hardware platforms, verified across clinical institutions, high-end retail brands, and medispas worldwide.
Integrated cooling modes paired with therapeutic photon flux for rapid dermal revitalization and post-laser care.
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High-output multi-spectral clinical workstation built for high-demand aesthetic salons and medical spas.
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Engineered with calibrated laser diodes for follicular microcirculation enhancement and thinning hair treatment.
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Contouring flexible silicone platform adapting seamlessly to facial, neck, and décolleté curves.
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Featherlight industrial build offering maximum consumer wearability, low voltage efficiency, and high radiance output.
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Innovative scalp therapy system integrating low-level lasers with near-infrared diodes for comprehensive follicular support.
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Clinical derma-cartridge platform delivering surgical micro-channels to stimulate endogenous collagenesis safely.
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Fully certified turnkey OEM hardware platform pre-configured for global distribution and custom branding programs.
Order PrototypeWhether you need a swift-turnaround private label run or full industrial ODM tooling with custom firmware and wavelength ratios, our Shenzhen engineering facility is prepared to deliver.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
