Pre-certified core optical platforms ready for immediate private labeling, custom wavelength profiling, and high-volume turnkey assembly.
Flexible medical silicone with integrated cryo-cooling and precision quad-wavelength LEDs for rapid post-procedural erythema recovery.
Ergonomic rigid photodynamic mask delivering high uniform photon density and salon-grade spectrum sequencing for anti-acne and anti-aging.
Medical-grade low-level laser therapy (LLLT) helmet equipped with dense 650nm laser diode matrices for deep hair follicle cellular bio-activation.
Ultra-flexible contour-adapting red and near-infrared panel designed for high-irradiance target sessions across face, neck, and chest zones.
Precision micro-channeling handpiece featuring micro-motor stability, customizable stroke depth, and specialized cartridge coupling mechanics.
SGS/TUV biocompatible certified silicone platform with embedded surface-mount diode clusters engineered for uniform dermal photon distribution.
Enterprise-scale low-level laser system engineered with heat-sink copper stabilization to eliminate wavelength drift and ensure constant power output.
Engineered for medical spa treatments, integrating low-vibration needle reciprocation with medical-grade aluminum alloy outer shells.
How rigorous optical dosimetry, spectral stability, and cellular target validation are redefining global standards for OEM/ODM infrared light therapy manufacturing.
Commercial red and infrared therapy requires exact spectral bandwidth control. While budget assemblers allow tolerances of ±20nm, our manufacturing standards maintain tight tolerances within ±3nm. We optimize peak absorption lines for Cytochrome c Oxidase (CCO) at 630nm, 660nm, 810nm, and 830nm, maximizing ATP synthesis without stray unproductive electromagnetic dissipation.
Photomedicine operates within the biphasic Arndt-Schulz curve: insufficient irradiance fails to stimulate cellular transcription, while excessive power causes thermal cellular inhibition. We engineer our driver boards to deliver stable target irradiances between 30mW/cm² and 105mW/cm² at specified focal distances, ensuring predictable therapeutic fluence without tissue hyperthermia.
Cheaper pulsed-width modulation (PWM) drivers emit perceptible flicker and high sub-audible electromagnetic interference (EMF). Fanrun's proprietary micro-driver architectures deliver medical-grade DC constant current outputs. Devices feature zero measurable EMF at the treatment aperture, satisfying both IEC 60601-1-2 EMC regulations and clinical safety protocols.
| Target Spectrum | Nanometer Range | Primary Biological Chromophore | Penetration Depth | Primary Clinical & Aesthetic Applications |
|---|---|---|---|---|
| Targeted Blue Light | 415 nm ± 3 nm | Porphyrins (P. acnes bacteria) | 0.5 mm – 1.0 mm (Epidermal) | Acne vulgaris reduction, surface sebum balance, epidermal sterilization. |
| Cellular Yellow Light | 590 nm ± 5 nm | Hemoglobin & Superoxide Dismutase | 1.0 mm – 2.0 mm (Upper Dermal) | Lymphatic flow stimulation, microvascular erythema clearance, rosacea reduction. |
| Deep Dermal Red Light | 630 nm / 660 nm | Cytochrome c Oxidase (Unit IV) | 2.0 mm – 3.5 mm (Reticular Dermal) | Pro-collagen Type I/III upregulation, fibroblast stimulation, scar mitigation. |
| Near-Infrared (NIR-I) | 810 nm / 830 nm / 850 nm | Mitochondrial Membranes & Water | 5.0 mm – 10.0 mm (Deep Subcutaneous) | Myofascial recovery, deep wound healing, joint inflammation relief, hair papilla activation. |
| Deep-Tissue Infrared (NIR-II) | 940 nm – 1064 nm | Intracellular Lipids & Tissue Matrix | Up to 25.0 mm (Musculoskeletal) | Targeted chronic pain protocols, deep athletic recovery, bone density photobiomodulation. |
Why leading beauty brands, clinical aesthetic groups, and multinational retailers encounter project derailments with second-tier factories—and how our integrated OEM framework resolves them.
The Pain Point: Budget fixtures overheat rapidly, drifting wavelengths out of therapeutic bands and reducing diode luminous flux by over 35% within 300 operating hours.
Fanrun Engineering: Aluminum-core PCBs coupled with active thermal conductive silicones ensure junction temperatures remain under 52°C, maintaining a 50,000-hour diode life.
The Pain Point: Low-cost silicone masks frequently fail California Prop 65 and REACH tests due to plasticizer leaching and offensive chemical odors upon LED heating.
Fanrun Engineering: 100% liquid platinum food-grade silicone passed through multi-hour vacuum post-curing baking ovens, completely verified by TUV and SGS test certifications.
The Pain Point: Ambiguous technical documentation leads to customs seizures across the EU and North America over photobiological eye hazard standards (IEC 62471).
Fanrun Engineering: Full turnkey technical files (DHF/DMR), CE-LVD/EMC reports, FDA 510(k) pathway support, and traceable batch testing certificates issued before maritime transit.
The Pain Point: Contracting separate vendors for tooling, SMT assembly, silicone molding, and packaging results in severe quality finger-pointing and delayed iterations.
Fanrun Engineering: Complete in-house R&D, mould injection, high-speed SMT cleanrooms, and testing facilities operating under one unified factory floor in Shenzhen, China.
From initial optoelectronic simulation to finished multi-channel phototherapy hardware, we maintain full quality control across every layer of production.
Embedded 32-bit MCU architecture handling programmable pulsed frequency options (10Hz alpha/40Hz gamma for neurological and cellular activation), dynamic runtime controllers, battery power-balancing algorithms, and optional Bluetooth/App IoT connectivity.
Custom flexible polyimide or rigid high-thermal conductivity aluminum PCBs with specialized surface-mounted LED/diode architectures. Every batch undergoes integrating-sphere testing to verify exact flux, emission beam angle (60°–120°), and radiant intensity.
Molded with food-grade liquid silicone rubber (LSR) using automated multi-cavity tooling. Designed to deliver complete dermal contour conformity without pinching, providing IPX7 water resistance and effortless alcohol sterilization for clinical workflows.
Real-world evidence gathered across global aesthetic clinics and wellness brand deployments built upon Fanrun's OEM hardware platforms.
“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 noticeably more radiant within 4 weeks.”
“My hair has changed dramatically! The previously thinning areas on the crown of my head have visibly filled in and look substantially thicker.”
“I had always been troubled by thinning hair. The top of my scalp was noticeably sparse before; now hair density and sheen have improved noticeably.”
“I can feel my skin improving after each session, especially my enlarged pores. I finally have the confidence to go out without full foundation makeup!”
“I was a little hesitant at first, but now I am so glad I adopted microneedling and red light therapy. My skin is firmer, clearer, and tone is balanced.”
Founded in Shenzhen in 2013, Shenzhen Fanrun Technology Co., Ltd. consolidates industrial product design, optoelectronic simulation, cleanroom tooling, SMT assembly, and global certification under one engineering governance structure.
Importers can request certificate IDs for direct verification via official TUV and SGS verification portals.
CE / EMC Tested
RoHS Environmental
TUV Food-Grade Silicon
SGS Safety Tested
ISO Factory Standards
Market dynamics, clinical shifts, and consumer adoption rates driving procurement growth across North America, Europe, and Asia-Pacific.
Solid, coated, dissolving, and hollow needle architectures examined. Learn how mechanical needle micro-motor stability determines serum penetration efficacy.
Read Tech Guide →Growth drivers behind consumer home phototherapy and clinic-grade portable systems, highlighting how private-label brands differentiate through tailored industrial design.
Read Market Report →Analysis of US and Canadian regulatory dynamics: why high-irradiance flexible red light wraps and FDA-cleared laser hair helmets continue to dominate sales.
Read Regional Study →Increasing demand across Japan, Korea, and Southeast Asia for non-invasive silicone LED masks featuring cryo-cooling and dual-band infrared therapy.
Explore APAC Trends →Previewing our upcoming optical and mechanical breakthroughs to keep our OEM partners ahead of market transitions over the next 24 months.
Transitioning from co-located discrete LEDs to high-density single-die micro-packages containing 630nm, 830nm, and 1064nm emitters within a single 3535 SMD footprint. This maximizes photon blend uniformity, prevents localized hot-spots, and increases total optical irradiance by over 40% per square centimeter.
Embedding contact micro-sensors that measure real-time epidermal hydration and skin impedance. The onboard controller dynamically modulates irradiance output, automatically adjusting fluence levels to match the user's specific barrier recovery profile.
Developing Bluetooth Low Energy (BLE 5.3) OEM controllers with secure cloud logging capabilities. Enables medspas and dermatology franchises to monitor patient adherence, push custom treatment routines remotely, and support subscription-based operational models.
Direct technical and operational answers to common queries raised during supplier qualification and contract manufacturing audits.
Yes. For OEM (Private Label), we apply your branding, custom surface finishes, corporate colors, multi-language user manuals, and luxury retail packaging to our pre-engineered, fully certified platforms with minimum lead times. For ODM (Custom Development), our in-house engineering team handles ground-up industrial design, custom injection mold tooling, tailored LED layouts, multi-wavelength diode configurations, firmware timing/pulse logic, and proprietary mobile application development.
Unlike factories that use solar radiation meters (which artificially inflate readings by measuring thermal radiation), Fanrun validates all irradiance parameters ($mW/cm^2$) with high-precision optical spectroradiometers and calibrated integrating spheres. We provide third-party verified radiometric test reports showing spectral distribution and actual irradiance at 0cm, 5cm, and 10cm from the aperture.
Our core product platforms comply with CE-LVD (Low Voltage Directive), CE-EMC (Electromagnetic Compatibility), and EU RoHS environmental directives. Our skin-contact silicones are certified non-cytotoxic and food-grade via independent TUV and SGS testing. Additionally, we provide comprehensive technical dossiers to help clients obtain FDA 510(k) clearances and Health Canada device registrations.
We believe in absolute transparency. Request our official test report and certification tracking numbers from your dedicated account manager, and your team can verify them directly through the official online portals of TUV Rheinland, SGS, or the respective notified certification bodies prior to contract execution.
For standard private label OEM orders (custom logo silkscreening and branded packaging), MOQs start as low as 100 to 500 units depending on the model. For full custom ODM projects requiring dedicated injection tooling and unique PCB layouts, MOQs typically begin at 1,000 units. Prototype tooling takes 20–35 days, while repeat mass production orders ship in 25–30 days.
Yes. We have developed and patented multi-functional platforms that combine LED photobiomodulation with targeted cryotherapy (ice-cooling modes for instant soothing), thermal therapy, micro-current (EMS), and high-frequency acoustic vibrations, allowing brands to launch differentiated hero SKUs.
Explore our most sought-after production-ready light therapy and microneedling models, manufactured to strict international quality standards.
Combines red, near-infrared, yellow, and blue light with an integrated cooling plate to soothe skin post-microneedling and chemical peels.
High-lumen curved panel providing deep facial photon immersion for professional beauty salons and premium home-care aesthetic lines.
Clinically focused 650nm semiconductor laser array providing even scalp coverage to revive dormant follicles and combat hereditary thinning.
Adaptable, flexible pad architecture equipped with deep 630nm and 830nm emitters for versatile treatments across face, neck, and joint areas.
Reliable motorized cartridge system offering smooth needle reciprocation, multi-speed dials, and anti-backflow sterile cartridge couplings.
Our ultra-thin, travel-friendly silicone phototherapy mask engineered for direct skin contact and maximum comfort during 10-20 minute sessions.
Engineered for consistent daily scalp stimulation, combining low-temperature laser diodes with an integrated auto-pause proximity sensor.
Engineered with low-vibration coreless Swiss-type motors to minimize epidermal trauma and deliver consistent needle penetration depths.
Partner with Shenzhen Fanrun Technology Co., Ltd. for factory-direct engineering, comprehensive quality control, and complete regulatory documentation tailored to your target markets.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
