Anti-Aging 4 Colors Silicone Mask with Cryo-Function (LM15)
Ergonomic food-grade liquid silicone mask integrating cryo-cooling nodes and multi-band phototherapy for pore contraction and collagen revitalization.
Explore Model SpecsExplore our foundational LED facial mask platforms, clinical PDT systems, and medical-grade home devices ready for custom spectrum tuning, proprietary enclosure tooling, and global regulatory registration.
Ergonomic food-grade liquid silicone mask integrating cryo-cooling nodes and multi-band phototherapy for pore contraction and collagen revitalization.
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Rigid ABS-free medical polymer shell engineered with omnidirectional photodynamic LEDs for salon-grade anti-acne and pigment-balancing protocols.
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Clinical low-level laser therapy (LLLT) helmet with dense monochromatic laser matrices designed for follicle stimulation and thinning hair remediation.
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Ultra-pliable multi-zone silicone therapy matrix ensuring uniform photon proximity across the zygomatic arches, jawline, and sensitive submental neck area.
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High-torque brushless micromotor platform with calibrated multi-depth needle adjustment engineered for transdermal cosmetic infusion clinics.
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Multi-wavelength professional phototherapy unit featuring ergonomic eye shielding and dual-target neck attachment for total facial rejuvenation.
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Engineered with flexible PCB traces wrapped in medical-grade TPU, ideal for dual-application cranial hair growth and post-operative tissue recovery.
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Our top-exported lightweight silicone mask platform with calibrated irradiance uniformity, integrated timer controllers, and anti-static surface treatments.
Explore Model SpecsA rigorous engineering paradigm that differentiates high-efficacy dermatological devices from generic illumination through controlled irradiance, spectral purity, and cellular resonance.
Blue phototherapy targets the endogenous porphyrins (specifically protoporphyrin IX) synthesized by Cutibacterium acnes. Upon optical absorption at 415nm ± 5nm, a photochemical reaction releases reactive oxygen species (ROS) that obliterate bacterial cell walls without thermal degradation of adjacent basal tissues. Our custom LED dies preserve narrow full-width at half-maximum (FWHM < 15nm) to eliminate carcinogenic UV spectrum leaching entirely.
Deep red wavelengths penetrate down to the dermis (1–2 mm depth), targeting unit IV of the mitochondrial respiratory chain: Cytochrome c Oxidase (CcO). Optical excitation photodissociates inhibitory nitric oxide (NO), elevating the mitochondrial membrane potential and boosting cellular adenosine triphosphate (ATP) synthesis. This energetic cascade stimulates primary human dermal fibroblasts to upregulate collagen type I and III pro-peptides.
Near-infrared (NIR) light at 830nm reaches deep sub-dermal architectures up to 5mm, accelerating micro-capillary angiogenesis, lymph drainage, and macrophage-mediated tissue clearance. Fanrun's optical design delivers calibrated energy density (fluence) between 30 mW/cm² and 65 mW/cm² at zero skin detachment, preventing cell biphasic over-saturation while fulfilling the Arndt-Schulz law of photobiology.
Combining end-to-end injection molding, cleanroom assembly, SMT circuit placement, and stringent optical spectrometry under one roof.
Shenzhen Fanrun Technology Co., Ltd. has spent over a decade perfecting medical-grade electronic devices. Unlike trading brokers or superficial assemblers, our facility integrates independent tool-making workshops, food-grade silicone curing chambers, optical spectroradiometer validation labs, and high-speed surface-mount technology (SMT) lines.
We eliminate third-party subcontracting risks. Our firmware engineers program precision power modulation directly to the driver microcontrollers, guaranteeing zero LED thermal drift, steady current regulation, and seamless multi-mode timer functionality tailored to brand specifications.
The global phototherapy and medical beauty device sector is projected to eclipse $8.3 Billion by 2028. Here is how specialized buyers monetize our custom red and blue light platforms across diverse commercial environments.
Deployed as post-procedural photomodulation immediately following microneedling pens, chemical peeling, or ablative fractional CO2 lasers. The 630nm/830nm wavelength spectrum attenuates post-inflammatory erythema (PIE), calms swelling, and slashes patient recovery down-time by up to 45%.
Global direct-to-consumer cosmetic brands integrate customized, branded LED masks as flagship hero hardware products to elevate customer lifetime value (LTV). Bundled alongside proprietary hyaluronic or peptide serums, these devices generate recurring subscription revenue.
Targeted medical practices leverage Fanrun's 415nm blue light configurations to manage active inflammatory acne vulgaris without systemic antibiotic prescriptions or oral retinoid side effects, offering safe therapeutic options for adolescent and pregnant demographics.
Utilizing our low-level laser helmet platforms (LH02) within multi-modal hair restoration programs. High-coherence 650nm monochromatic diodes energize dormant hair bulb cells, arresting androgenetic alopecia when paired with topical minoxidil or PRP therapy.
Why international market leaders partner directly with Shenzhen Fanrun for predictable supply-line velocity, yield stability, and BOM optimization.
Situated in Shenzhen's world-leading precision hardware ecosystem, our factory sources semiconductor dies, driver IC chips, flexible polyimide circuits, and platinum-cured liquid silicone rubber within a 30-kilometer logistics radius, cutting raw material procurement lead times down to 72 hours.
High-speed surface-mount machinery places micro-diodes at micrometer tolerances, preventing heat build-up while maximizing photon emission consistency. In-house high-pressure liquid silicone rubber (LSR) injection ensures perfect seal ratings, ergonomic facial curvature, and zero toxic off-gassing.
Direct factory engagement cuts distributor, agent, and trading house margins by 30% to 50%. Our economies of scale provide our brand partners with higher gross profit margins, enabling massive reinvestment into consumer acquisition, clinical trials, and retail marketing.
Custom clearance, retail market registration, and electrical consumer safety require absolute certification integrity. We provide verifiable documentation for customs in the EU, Americas, and APAC.
Fully compliant with European Electromagnetic Compatibility (2014/30/EU) and Low Voltage Directive (2014/35/EU), certifying electrical insulation and zero radio interference.
Certified lead, mercury, cadmium, and hexavalent chromium-free construction across all circuit boards, solder pastes, controllers, and wiring components.
Direct skin-contact silicone surfaces pass stringent ISO 10993 cytotoxicity, irritation, and delayed hypersensitivity assays, confirming 100% food-grade safety.
Every certificate and test report issued to our B2B partners features unique registration codes verifiable directly via online official testing agency portals.
Shenzhen Fanrun's engineering laboratory continuously anticipates emerging market demands. Here is our strategic design pipeline for forward-thinking brand partners.
Integrating optical spectroscopic sensors within the mask framework to analyze real-time melanin concentration and trans-epidermal hydration, auto-tuning wavelength duty cycles and pulsing frequencies for individualized treatment regimens.
Pairing micro-thermoelectric cooling (TEC) and localized heating channels directly with photodiode matrices to alternately vasodilate pores for enhanced serum penetration, followed by cryo-tightening for post-treatment skin barrier sealing.
Expanding the photonic envelope past standard near-infrared into targeted 1064nm bands. This ultra-deep penetration reaches subcutaneous tissue to boost vascular health, facilitate lymphatic drainage, and complement in-clinic RF cavitation treatments.
Consumer satisfaction and clinical trial data evaluating dual-band red and blue phototherapy combined with mechanical microneedling modalities.
"After systematic sessions combining professional microneedling pens with our calibrated LED mask protocols, fine wrinkles, peri-orbital roughness, and cystic scars exhibit marked structural remodeling."
"Consistent photobiomodulation utilizing 630nm red and 830nm near-infrared wavelengths boosts overall collagen thickness, visibly firming nasolabial margins and restoring facial volume."
"Evaluated after 16 weeks of 650nm low-level laser helmet usage: thinning scalp areas show quantifiable improvements in terminal hair diameter and overall follicle density count."
In-depth responses covering technical specifications, MOQ requirements, custom engineering scope, and international import compliance.
OEM private labeling involves branding our existing proven hardware chassis with your custom logo, PMS housing colors, custom-printed packaging, tailored silicone straps, and localized instruction manuals. Full ODM development encompasses bespoke industrial design, novel mold tooling, flexible PCB optical redesign, customized multi-wavelength ratios, driver firmware development, and customized mobile app connectivity.
We solve the issue of peripheral photon drop-off by utilizing precision-engineered flexible PCB traces and calibrated surface-mount diode layouts. Every LED chip is paired with optical refraction micro-lenses molded directly into the food-grade silicone layer, ensuring an even energy spread of 30–65 mW/cm² across the forehead, perioral area, and jawline without hazardous hot spots.
All Fanrun LED therapy masks, microneedling pens, and laser caps are certified CE (EMC and LVD directives) and RoHS compliant. Skin-contact liquid silicone rubbers are fully certified by TUV and SGS testing bodies for biocompatibility and cytotoxic safety under ISO 10993 standards. Complete technical files (DoC, test reports) are provided to verified buyers.
For standard OEM logo branding on ready platforms, our MOQ starts at just 100 to 500 units, with sampling dispatched within 7 working days and full mass production completed in 20–25 days. Full custom ODM projects requiring dedicated injection molds typically require 1,000 to 3,000 units, with tool manufacturing and prototype validation running across 35–45 days.
Yes. Our automated SMT chip placement lines allow complete flexibility in diode mixing. You can specify exact spectral pairings, such as 415nm Blue + 630nm Red for acne lines, or 630nm Red + 830nm NIR + 590nm Yellow for comprehensive clinical anti-aging platforms. We verify spectral emission purity using high-precision optical spectrometers prior to lot release.
Each model can be customized with your proprietary branding, packaging, spectral configuration, and regulatory clearance documents.
Flexible food-grade silicone mask with built-in cryo-cooling nodes and dual-band phototherapy arrays for multi-tiered treatment routines.
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Multi-spectral rigid aesthetic unit configured for medi-spas and clinical post-operative wound recovery protocols.
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Targeted cranial laser diode system optimized for androgenetic alopecia treatment, thinning hair management, and post-hair-transplant care.
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Ultra-thin silicone profile that hugs facial and neck curves to maximize photonic delivery and fibroblast activation.
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Engineered for calibrated transdermal drug delivery and microneedling collagen induction protocols.
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High-powered phototherapy mask platform for comprehensive facial and submental anti-aging routines.
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Versatile photobiomodulation panel with dual red/NIR chips for targeted body and hair restoration lines.
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Our premier private-label platform engineered for high-growth direct-to-consumer skincare hardware brands.
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