Pre-certified platforms engineered for commercial brand deployment. High optical uniformity, strict thermal dissipation protocols, and plug-and-play localized compliance.
Medical food-grade flexible silicone with active cryo-soothing integration for accelerated recovery post-PDT.
High-density multi-spectral clinic console mask with ergonomic facial geometry and targeted focal irradiance.
Full scalp matrix calibrated with 650nm coherent low-level laser diodes for targeted cellular ATP synthesis.
Ultra-flexible contour-adapting matrix board addressing facial, submental, and décolletage photorejuvenation.
Biocompatible silicone with uniform micro-lens optics preventing retinal flash and maximizing dermal absorption.
High-precision microneedling motor module supporting combined LED guidance and calibrated cartridge depth.
Durable ABS enclosure with integrated eye protection ring designed for institutional spas and dermatology clinics.
Dual-form factor articulated device for versatile clinic treatments spanning scalp follicular rescue and skin repair.
Moving past standard multi-colored decorative diodes into clinically validated, parameter-controlled photobiomodulation (PBM) medical instruments.
Early consumer LED masks delivered negligible energy density (<10 mW/cm²). The new manufacturing standard mandates calibrated power density between 30 mW/cm² and 55 mW/cm² at zero distance, ensuring optical power reaches the mitochondrial Cytochrome c Oxidase enzymes without causing tissue thermal trauma.
Low-tier commercial chips demonstrate broad full width at half maximum (FWHM > 35nm), spilling into ineffective spectral zones. Fanrun implements precision-binned gallium arsenide (GaAs) and aluminum gallium indium phosphide (AlGaInP) semiconductors maintaining a strict FWHM under ±5nm (630nm ±5nm, 830nm ±5nm).
Thermal accumulation degrades semiconductor photon output and strains facial capillary beds. Our 4th-generation platforms feature patented micro-copper flexible PCB heat spreaders combined with localized thermal throttling to sustain stable photon flux throughout 15-minute clinical cycles.
| Photometric & Physical Parameter | Conventional Market Devices | Fanrun Medical 4.0 OEM Standard | Clinical & Commercial Impact |
|---|---|---|---|
| Near-Infrared (NIR) Wavelength | 850nm (Broad band ±25nm) | 830nm ± 5nm Monochromatic Binning | Maximizes subcutaneous tissue penetration directly to fibroblasts. |
| Target Irradiance (Power Density) | 5 – 15 mW/cm² (Uncalibrated) | 35 – 50 mW/cm² (Uniform mapping) | Fulfills Arndt-Schulz Law for optimal cellular biostimulation. |
| Substrate Architecture | Rigid ABS Plastic / Industrial PVC | Food-grade Liquid Silicone Rubber (LSR) | Zero skin irritation, SGS/TUV bio-compatibility compliance. |
| Electromagnetic Radiation (EMF) | Unshielded (>3.0 mG near face) | Ultra-Low EMF Zero-Emission Shielding | Ensures strict compliance with EU Medical Device Directive / FDA Class II. |
Shenzhen Fanrun Technology leverages the world's most concentrated consumer electronics and optoelectronic supply ecosystem to compress development lifecycles from concept to mass dispatch.
Unlike trading assemblers, Fanrun unifies tooling, cleanroom liquid silicone injection, Surface-Mount Technology (SMT), and cleanroom packaging within our 200,000+ m² production base. This structural integration eliminates intermediary margin stacking and slashes prototyping cycles by 60%.
Every single PCB matrix is assembled via high-speed automated pick-and-place lines followed by Automated Optical Inspection (AOI) and integrating sphere spectroradiometer tests. We audit 100% of LED chips for forward voltage drop, luminous flux, and wavelength alignment prior to final silicone encapsulation.
Our centralized procurement models secure direct supply lines with tier-one LED packaging foundries. Every manufactured device is assigned an encrypted batch identification matrix, ensuring transparent component provenance from driver ICs down to silicone polymer compounding.
Entering premium retail channels in North America, Europe, and Asia-Pacific requires defensible technical construction files and stringent regulatory clearance.
Brands targeting USA major retailers must navigate Class II medical clearance for over-the-counter (OTC) light therapy. Fanrun engineers hardware adhering to IEC 60601-1 electrical safety standards and IEC 62471 photobiological safety benchmarks, protecting your brand from border holds and consumer product recalls.
Under the European Medical Device Regulation (MDR 2017/745), intense light equipment faces intensified clinical scrutiny. All Fanrun platforms possess full RoHS material traceability reports, CE Electromagnetic Compatibility (EMC) files, and SGS food-grade skin contact certifications for rapid cross-border market entry.
CE Directives
RoHS Compliance
TUV Biocompatibility
SGS Food-Grade Silicone
ISO Quality System
To prevent counterfeit documentation, verified buyers can validate certificate registration IDs directly on official online portals (TUV / SGS). Contact our team for original compliance files.
Our adaptable light therapy hardware integrates seamlessly across clinical, luxury retail, and salon business models.
Deployed as post-procedural phototherapy following ablative laser resurfacing, chemical peels, and deep microneedling. The combined 830nm NIR and 630nm red spectrum stimulates dermal fibroblasts, activates collagen synthesis, and suppresses post-inflammatory hyperpigmentation (PIH).
Engineered as luxury recurring-revenue devices paired with proprietary peptide serums and sheet masks. Our full white-label custom packaging, pantone-matched silicone shells, and magnetic controllers deliver unboxing experiences matching top beauty retail benchmarks.
Our patented laser hair helmets utilize uniform 650nm low-level coherent laser beams to penetrate to the hair bulb matrix, reversing follicle miniaturization and providing specialized trichology clinics with dependable treatment platforms.
Documented longitudinal skin and hair improvements across clinical cohorts utilizing Fanrun manufactured OEM platforms.
Case 01: Photo-Rejuvenation Matrix
“Using the LED beauty mask regularly smoothed facial wrinkles and enhanced structural skin elasticity.”
Case 02: 650nm LLLT Follicular Rescue
“Thinning zones on the vertex showed measurable density reclamation and increased hair caliber.”
Case 03: Microneedling & Light Fusion
“Acne scarring depth and active pore volume improved significantly after disciplined combined regimens.”
From initial optoelectronic simulation to finished multi-pallet export, we control the entire engineering stack under ISO 13485 standards.
We model diode ray tracing using TracePro optical software to eliminate cold spots, calculate energy attenuation curves across human facial topography, and layout multi-layer flexible circuits.
In-house high-precision CNC mold tooling cuts lead times for custom mask housings to 25 business days. Medical food-grade liquid silicone injection ensures flexible, hypoallergenic contours.
Custom controller engineering supporting BLE 5.2, custom iOS/Android companion companion applications, personalized dosage sequencing, and smart battery power management.
Comprehensive answers addressing core technical, operational, and regulatory parameters raised by corporate procurement officers.
Yes. Fanrun provides complete OEM private label solutions (custom silicone colors, logo pad-printing, custom high-barrier packaging, customized multi-lingual instruction manuals) and comprehensive ODM engineering (original industrial shell tooling, wavelength allocation, optical lens geometry, custom firmware protocols, and companion smartphone apps).
Our production facilities maintain ISO 13485 and ISO 9001 systems. Finished products hold CE (EMC/LVD), RoHS, and FCC compliance certificates. All skin-contacting silicone materials have successfully undergone rigorous biocompatibility and food-grade safety screenings certified by third-party laboratories including TUV and SGS.
Standard validated clinical configurations include Blue Light (415nm ±5nm for Propionibacterium acnes suppression), Amber/Yellow (590nm for lymphatic drainage and erythema reduction), Deep Red (630nm / 633nm for collagen synthesis), and Near-Infrared (830nm / 850nm for deep subcutaneous tissue repair). Customized wavelength matrices (such as green 525nm or dual-die configurations) are readily engineered for custom ODM contracts.
We uphold complete supply chain transparency. Contact our sales director to receive official test report serial numbers. These documents can be authenticated directly via the online portal systems of issuing bodies (such as TUV Rheinland and SGS).
Standard white-label logo application on our ready-to-ship catalog platforms requires an MOQ as low as 200–500 units with a turnaround of 15–20 working days. Full ODM projects requiring dedicated tooling molds and customized silicone housings typically require an initial commitment of 1,000–3,000 units, with pre-production prototypes ready in 25–35 days.
We utilize precision constant-current driving circuitry rather than cheap resistive step-downs. This guarantees that LED diodes located on peripheral edges receive identical current densities as central facial zones, preventing peripheral energy drop-off and guaranteeing reproducible clinical photobiomodulation.
Select a model to view complete photometric reports, CAD dimension files, and direct wholesale pricing tiers.
Combining 4 targeted wavelengths with localized cooling elements for instant post-procedure redness relief.
Engineered for aesthetic studios and medical spas needing maximum photon delivery and interchangeable treatment modes.
650nm monochromatic semiconductor laser cap engineered with automated proximity auto-shutoff sensors.
Bendable optical surface adhering comfortably to facial contours, neck creases, and the décolleté region.
Ultra-lightweight portable format featuring secure strap tensioners and remote digital handheld power controller.
Maximum diode coverage configuration designed for premium wellness chains and medical hair restoration clinics.
Aviation aluminum alloy body housing a Swiss motor drive for low-noise, zero-vibration microneedling precision.
Custom multi-channel controller allowing independent intensity regulation across T-zone, cheek, and jaw areas.
Access complete engineering support, pre-audited regulatory files, and responsive low-MOQ contract manufacturing directly from the origin source.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
