Pre-engineered optical architectures ready for branded customization, compliance testing, and fast-track market introduction.
Ultra-flexible medical silicone with thermal ice therapy matrix and quad-spectrum target emitters.
Clinical-grade multi-wavelength photodynamic (PDT) equipment optimized for salon and medi-spa lines.
Low-level laser therapy (LLLT) optical cap engineered for uniform hair follicle stimulation.
Flexible contouring photomedicine device for simultaneous treatment of the face, neck, and décolleté.
Food-grade tested soft silicone delivering seamless facial contour contact and zero photonic leakage.
Medical aesthetic wireless electronic microneedling device with calibrated needle-depth indexing.
Dense-matrix laser diode integration offering calibrated micro-dosing for clinical and home use.
Specialized wavelength zoning enabling concurrent dual-spectrum therapy across different facial quadrants.
In the competitive beauty device sector, cosmetic brands require real photometric performance. The efficacy of an OEM LED mask color supplier is judged by spectral purity, joule-density consistency, and heat dissipation.
| Nominal Bandwidth | Target Chromophore | Cellular Action Mechanism | Penetration Depth | Clinical Aesthetic Indication |
|---|---|---|---|---|
| Blue (415 nm ± 5nm) | Porphyrins (C. acnes) | Induces singlet oxygen generation; triggers bacterial cell death | 1.0 mm (Epidermis) | Acne vulgaris management, sebum reduction, anti-microbial |
| Yellow / Amber (590 nm ± 5nm) | Hemoglobin / Oxyhemoglobin | Promotes lymphatic drainage; attenuates inflammatory cytokine pathways | 1.5 – 2.0 mm (Papillary Dermis) | Rosacea mitigation, erythema clearance, barrier reinforcement |
| Red (630 nm – 660 nm) | Cytochrome C Oxidase (CCO) | Stimulates mitochondrial electron transport chain, boosting ATP synthesis | 2.0 – 3.5 mm (Reticular Dermis) | Fibroblast collagenesis, elastin regeneration, photoaging recovery |
| Near-Infrared (830 nm – 850 nm) | Water & Intracellular CCO | Deep tissue repair, micro-vascular perfusion, cytokine stabilization | 5.0 – 8.0 mm (Subcutaneous) | Deep remodeling, microcirculation acceleration, cellular recovery |
Unlike basic commodity masks that suffer from rapid thermal decay and spectral drift, Fanrun designs utilize constant-current LED drive circuitry. Our devices maintain ±3nm wavelength accuracy and high energy density (30mW/cm² - 65mW/cm²), ensuring real photobiological responses without non-therapeutic thermal buildup.
Thermal accumulation within a flexible silicone mask can induce photo-thermal degradation of target tissue and reduce diode operational longevity. Our internal thermal paths utilize nano-graphite spreading films coupled with Class-II medical grade silicones (certified via TUV/SGS), delivering passive dissipation that keeps skin contact temperatures strictly below 41°C.
Our OEM firmware supports integrated micro-pulsed duty cycles (10Hz to 100Hz). Biological studies show that pulsed emissions allow cellular dark periods that optimize adenosine triphosphate (ATP) turnover while preventing reactive oxygen species (ROS) over-accumulation. Importers can customize dynamic pulsation algorithms matching distinct clinical protocols.
Fanrun’s R&D lab in Shenzhen maintains 360+ patents. Here is our product architecture roadmap for clinical and home-use beauty brands.
Dual-chip 3D SMD matrix, ultra-pure 415nm/630nm/830nm emission, low-profile flex-PCB engineering, and medical-grade hypo-allergenic silicone casings.
In-mask capacitive skin impedance and optical hydration sensors that continuously modulate LED power density, treatment duration, and color delivery based on local epidermal health.
Bluetooth BLE and app-connected optical profiling that identifies localized hyper-pigmentation or micro-inflammation, triggering target diode zoning with focused photonic output.
Simultaneous dual-action photobiomodulation and transdermal micro-current delivery within the same ergonomic silicone surface, maximizing peptide absorption during light sessions.
From venture-backed D2C beauty labels to dermatology chains and medical distributors, we provide tailor-made supply chain configurations.
Fast-track branding via modular tooling. We offer custom pantone finishes, custom tactile controllers, retail unboxing packaging, localized manual design, and low starting MOQs for private labeling.
Professional platforms with high radiant output, reinforced eye protection shields, integrated head harness suspensions for ergonomics, and multi-patient sanitization resistance.
Full technical dossiers, complete traceability, electromagnetic compatibility (EMC) reports, RoHS declarations, and supply chain redundancy for volume distribution across regulated territories.
Shenzhen Fanrun Technology Co., Ltd. brings together R&D, precision toolmaking, liquid silicone injection, and cleanroom electronics assembly in one integrated operation.
Located in the heart of the world’s electronics capital, we source Tier-1 LED dies, gold-wire bonding components, and high-purity silicas within a 30-kilometer radius, giving our OEM partners unmatched lead times and competitive factory pricing without middle-man markups.
Our flex-PCB boards are manufactured using high-speed pick-and-place lines followed by 100% optical inspection (AOI). Silicone casting takes place inside dust-free, temperature-controlled cleanrooms to eliminate air entrapment and prevent surface contamination.
Every single batch undergoes incoming raw-material spectroscopy, 4-hour dynamic burn-in testing under load, drop-impact resistance tests, and photometer integrating-sphere irradiance checks before packaging, safeguarding brand reputation in your target markets.
Entering demanding regulatory jurisdictions like the European Union, North America, Japan, and Australia requires verifiable technical and safety certification.
Full compliance with European safety, low-voltage, and electromagnetic compatibility frameworks, verified through accredited labs.
All internal materials, solder pastes, flexible substrates, and wiring harnesses are 100% free of hazardous and restricted substances.
Direct skin-contact silicone elastomers undergo rigorous food-grade and cytotoxicity testing to guarantee zero dermal irritation or allergic sensitization.
All test reports and certification serials can be validated directly via official TUV and SGS verification portals prior to formal order placement.
Experienced supply chain managers look beyond unit pricing when vetting manufacturing partners. Here is how Fanrun aligns with procurement benchmarks.
We provide open-book bill-of-materials costing for major ODM engagements, itemizing costs for emitters, controller ASICs, grade silicone, lithium batteries, and packaging layers, giving our partners total cost transparency.
Clear delivery commitments with rapid prototyping lead times (10-14 days for customized functional units) and mass production runs within 25 to 35 calendar days, supported by flexible capacity allocation.
Direct communication with fluent English-speaking senior optical and mechanical project engineers, streamlining design validation, DFM improvements, and software revisions without middleman delays.
Direct, technically precise answers covering everything our sourcing partners ask during audit and vendor evaluation.
Yes. Fanrun fully supports OEM private label configurations (laser-engraved logo, customized pantone housing, premium gift packaging, bespoke manuals) and full ODM developments (custom silicone tooling, optical PCB architecture, wavelength selection, firmware logic, and iOS/Android companion apps).
Our complete device range meets CE (LVD, EMC) and RoHS standards. All direct skin-contact silicone components have passed rigorous cytotoxicity, biocompatibility, and food-grade tests issued by TUV and SGS. Complete test dossiers are readily provided to verified corporate buyers.
Standard configurations feature blue light (around 415 nm), amber/yellow (around 590 nm), red (around 630 nm), and deep near-infrared (around 830 nm). Our ODM services allow buyers to specify custom wavelengths, higher diode counts, and calibrated radiant energy densities.
We supply official certificate tracking numbers and full test documentation upon request. Importers can independently verify the authenticity of all documentation using TUV Rheinland and SGS online portal verifiers.
Our baseline MOQ is tiered to support brand scaling: logo silk-screening on existing platforms starts at 200–500 units; custom exterior silicone colors require 500–1,000 units; full bespoke ODM projects involving custom tooling start at 2,000–3,000 units.
Our masks utilize thermal graphene conduction layers behind the flex-PCB and constant-current low-heat surface-mount diodes. This system ensures high therapeutic photon output while keeping surface temperatures below 41°C, even during 30-minute sessions.
Pre-production aesthetic samples are ready in 7 to 10 days. Customized functional prototypes take 14 to 21 days. Full-scale batch production is delivered within 25 to 35 days, with complete incoming and pre-shipment inspection reporting.
Yes. We supply power systems tailored for the US, EU, UK, AU, and JP, complete with CE, UL, PSE, and UKCA safety certificates. User manuals and retail unboxing sets can be localized in multiple languages.
Explore our complete medical aesthetic hardware ecosystem, including flexible light panels, wireless derma pens, and laser caps.
Combines cryo-cooling with multi-color phototherapy for clinical aesthetic aftercare routines.
Balanced optical energy distribution designed for clinics, home skincare routines, and medi-spas.
650nm targeted red laser diodes engineered to support healthy scalp cellular metabolism.
Flexible wrap structure targeting collagen induction across the face, neck, and décolleté.
Features adjustable needle depth and high-torque motors for clinical skin micro-channeling.
Dense diode spacing delivers balanced laser energy across all thinning scalp areas.
Contours closely to facial curves to maximize photon penetration into dermal layers.
Provides selectable multi-wavelength modes designed to address complex skin conditions.
Connect directly with Shenzhen Fanrun Technology's engineering and project teams. Request our detailed 2026 B2B catalog, technical specifications, and regulatory compliance dossiers for your market.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
