Turnkey OEM/ODM core platforms engineered for international clinical efficacy, featuring uniform photon dispersal and certified medical ergonomics.
Flexible silicone mask combining quadruple-wavelength phototherapy with micro-thermoelectric cooling for rapid epidermal recovery.
High-density multi-spectral PDT architecture configured for medispas, addressing active breakouts and collagen remodeling.
Low-Level Laser Therapy (LLLT) cap engineered with calibrated coherent diode matrices to stimulate follicular vascularization.
Omni-directional flexible facial device allowing conformal wrap over facial planes and neck for maximum photon irradiance transfer.
Equipped with medical-grade food-safe silicone substrate and gold-wire bonding chips for optimal photobiomodulation.
Dynamic optical switching system offering adjustable energy density tailored for medical aesthetics clinics and private labels.
Precision calibrated 650nm low-level monochromatic laser beams designed to target and invigorate dormant hair follicles.
High-power density photobiomodulation array maximizing cellular ATP production without tissue hyperthermia risk.
A comprehensive engineering teardown of photobiomodulation (PBM) hardware, liquid silicone transfer molding, and optical uniformity parameters.
Photobiomodulation efficacy depends on narrow spectral tolerances. Commercial LED masks fail when secondary wavelengths bleed into ineffective bands. Our production line strictly controls spectral output to precise bandwidths:
415nm Blue Light: Porphyrin absorption in Propionibacterium acnes triggering targeted bacterial destruction without chemical intervention.
590nm Yellow Light: Targets superficial dermal networks, attenuating post-procedure erythema and enhancing lymphatic fluid dynamics.
630nm Red Light: Maximum absorption by cytochrome c oxidase within mitochondrial matrices, stimulating adenosine triphosphate (ATP) synthesis.
830nm Near-Infrared (NIR): Subdermal penetration reaching subcutaneous tissue, accelerating fibroblast mitosis and deep extracellular matrix repair.
Energy delivery is dictated by the Inverse Square Law and absolute optical irradiance (measured strictly in mW/cm²). Rigid masks suffer from 30-70% photon dissipation due to varying skin-to-diode distances across the facial morphology.
By shifting to vacuum-molded liquid silicone matrices, our silicone masks maintain a direct 1–3mm skin interface, delivering a uniform 30mW/cm² to 55mW/cm² directly into the stratum corneum with zero dispersion loss.
Raw material formulation is the primary differentiator in longevity and skin safety. Fanrun uses high-purity, two-component platinum-cured liquid silicone rubber (LSR).
Certified via independent TUV and SGS testing, the material meets food-grade non-cytotoxic thresholds, ensuring hypoallergenic compliance, resistance to degradation under continuous high-fluence light cycles, and total elimination of off-gassing volatile organic compounds (VOCs).
Strategic product development pathways bridging medical phototherapy engineering with connected consumer skincare ecosystems.
Moving beyond basic light emission, our latest ODM prototypes integrate targeted peltier junctions directly adjacent to the diode nodes. This facilitates synchronized cycles of cryogenic stabilization (pores and inflammation) and soothing micro-warming (microvascular absorption boost), maximizing cellular nutrient uptake.
Integration of low-energy Bluetooth (BLE 5.2) architectures linking masks to companion AI diagnostics. Algorithms assess seasonal UV damage, user hydration metrics, and barrier integrity to dynamically adjust milliwatt power and pulse-width modulation (PWM) rates on a zone-by-zone basis.
Replacing traditional Surface-Mount Diodes (SMD) with flexible Micro-LED chip-on-film (COF) lithography. This engineering leap increases diode counts from 100-300 up to 1,500+ micro-emitters, establishing completely uniform photonic fields that eliminate focal hotspots and ocular glare completely.
Consolidated supply ecosystems that slash procurement lead-times while elevating structural testing tolerances.
Unlike trading intermediaries, Shenzhen Fanrun operates dedicated CNC mold fabrication, silicone injection cleanrooms, and automated PCB surface-mounting (SMT) lines under one roof. We mitigate third-party dependencies, keeping custom tooling turnaround under 21 calendar days.
Every single LED package, lithium-ion battery cell, and micro-controller integrated into our devices is traceable via batch serial codes. From automated spectroradiometer validation to thermal aging tests running continuously for 48 hours, defective rates remain below 0.18%.
Operating out of 200,000+ m² facility infrastructure staffed by 100+ highly trained technical assembly operators, our lines effortlessly scale from limited prototype batches (MOQ 500) to enterprise-tier global rollouts exceeding 100,000 units per month.
De-risking hardware sourcing across international beauty conglomerates, dermatological networks, and direct-to-consumer innovators.
We provide full white-glove turnkey development: industrial design styling, CMYK/Pantone custom packaging tooling, multi-language manual translation, high-speed sea/air freight consolidation, and drop-tested fulfillment packaging designed specifically to survive global logistics.
Clinical workflows demand repeatable dosage, elevated irradiance thresholds (up to 60mW/cm²), and rapid sanitization resistance. Our professional grade masks withstand hospital-grade antimicrobial wipes without silicone crazing or diode lens clouding.
For verified high-volume distributors handling national territories, we engineer proprietary housing aesthetics, customized PCB controllers, and customized firmware algorithms to guarantee complete product differentiation and shield your margins from parallel imports.
Complete international documentation packages ready for FDA, CE, and APAC market customs filings.
Full CE certification dossiers including EN 60601-1-2 EMC testing and photobiological eye-safety compliance under IEC/EN 62471. RoHS test reports verify absolute absence of heavy metals, lead, and hazardous phthalates across all assemblies.
Support for 510(k) pathway readiness for medical OTC indications, alongside FCC Part 15 Class B compliance for electromagnetic compatibility. Battery subsystems comply thoroughly with UL 1642, UN 38.3, and MSDS safety transit mandates.
Direct skin contact silicone parts undergo intensive cytotoxicity, sensitization, and skin irritation trials certified independently by TUV and SGS testing labs, completely eradicating buyer liability during retail audits.
Everything your supply chain and technical compliance teams need to confirm before signing purchase agreements.
Select from our certified mass-production platforms ready for immediate private label branding and global dispatch.
Ultra-thin contour construction designed for optimal patient comfort and maximized spectral irradiance delivery.
High-power salon and clinic solution integrating precision-calibrated LED clusters for post-peel recovery.
Discreet, lightweight wearable dome with automatic proximity sensors and calibrated 650nm low-level diodes.
Interlocking silicone modules engineered to curve perfectly over cervical and neck contours.
Precision depth calibration, high-torque quiet brushless motor, and sterile single-use cartridge attachments.
Polycarbonate optical diffusion panels with medical food-grade silicone face gaskets for dual protection.
Multi-purpose form factor delivering calibrated deep phototherapy across both cranial and facial zones.
Engineered for salon professionals demanding surgical-grade micro-perforation with zero skin drag or trauma.
Direct factory pricing, comprehensive compliance documentation, and dedicated English-speaking technical project managers ready to handle your ODM/OEM launch from concept to customs.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
