SKU: LM15
Anti-Aging 4 Colors Light Therapy Silicone Mask (LM15)
Integrated peltier cooling core with therapeutic clinical photon radiation for post-treatment recovery.
View Product SpecStandardized, certified phototherapy and transdermal systems engineered for scalable commercialization and swift market onboarding.
Integrated peltier cooling core with therapeutic clinical photon radiation for post-treatment recovery.
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Medical-grade optical matrix offering homogenous photon distribution for salon and clinical protocols.
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Low-Level Laser Therapy (LLLT) architecture targeted for follicular cellular respiration and anagen reactivation.
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Hyper-flexible silicone body ensuring zero radiant attenuation via ultra-proximity epidermal placement.
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Optimized for mitochondrial Cytochrome c Oxidase excitation with zero UV footprint and bio-inert contact points.
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Selectable pulse duty-cycles engineered to prevent epidermal heat buildup while driving photon dosage.
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Equipped with high-density laser diodes yielding penetration depth targeting scalp dermal papillae cells.
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Adaptable form factor for cervical, lumbar, and facial treatment protocols, engineered for modular B2B brand packaging.
View Product SpecThe commercial photobiomodulation (PBM) and aesthetic red light therapy market is undergoing an unprecedented paradigm shift. Formerly confined to dermatology institutes and specialist medispas, phototherapy has transitioned into a consumerized, high-adherence clinical standard.
As highlighted by current market forecasts, the global laser and energy-based aesthetic device market is trajectory-locked to exceed $8.3 billion by 2028. This growth is driven by consumer demand for non-invasive dermatological rejuvenation, transdermal anti-aging, and non-pharmaceutical androgenetic alopecia solutions.
North America continues to lead device adoption due to aggressive direct-to-consumer healthtech branding, clear FDA 510(k) OTC pathways, and clinical validation. Concurrently, European Union markets require strict MDR (Medical Device Regulation) and RoHS adherence, mandating Tier-1 manufacturing consistency.
The Asia-Pacific region represents both the fastest-growing end-consumer market and the critical center of manufacturing gravity. By anchoring manufacturing in China’s Silicon Valley (Shenzhen), global brands leverage complete component clusters—from LED wafer bonding to medical silicone tooling.
Efficacy in photomedicine is determined by accurate energy fluence (Joules/cm²), spectral peak tolerance (±5nm), and spatial irradiance uniformity. Sub-par consumer gadgets fail due to beam divergence and radiant decay; our Shenzhen manufacturing line engineers optical devices designed to meet rigorous photochemical thresholds.
Targeting the primary absorption peak of Cytochrome c Oxidase (CcO) in human mitochondria. Photons dissociate inhibitory nitric oxide (NO), elevating adenosine triphosphate (ATP) synthesis, reactive oxygen species (ROS) modulation, and secondary procollagen mRNA transcription for dermal elasticity.
Operating in the diagnostic water and melanin transmission window. NIR photons pass unattenuated through epidermal strata, reaching subcutaneous tissues, myofascial layers, and deep microvasculature. Indicated for deep tissue repair, joint inflammation reduction, and cranial neuro-recovery.
Blue photons (415nm) induce photo-excitation of endogenous coproporphyrin III inside Cutibacterium acnes, causing targeted bacterial apoptosis. 590nm amber wavelengths balance microcirculation, soothe post-procedural erythema, and accelerate lymphatic drainage.
High-irradiance arrays (>60mW/cm²) designed for accelerated post-microneedling, laser resurfacing, and chemical peel re-epithelialization.
Flexible pad architectures delivering 830nm NIR energy deep into muscular groups, stimulating mitochondrial bioenergetics and reducing delayed onset muscle soreness (DOMS).
Precision 650nm laser helmet diode matrices targeting follicular bulb cells, converting miniaturized follicles into full-caliber anagen growth.
Ultra-lightweight food-grade silicone face masks with ergonomic wireless controllers, designed for safe non-thermal compliance in unmonitored environments.
As a premier Shenzhen-based medical aesthetic and LED device factory operating continuously since 2013, Shenzhen Fanrun Technology Co., Ltd. eliminates tier-markups, third-party assembly fragmentation, and regulatory audit vulnerabilities.
From optical collimator engineering, cleanroom PCB SMT placement, and medical-grade liquid silicone rubber (LSR) injection moulding, to customized MCU firmware coding—every manufacturing vector stays on-site.
Leveraging Shenzhen's comprehensive electronics clusters, our New Product Introduction (NPI) cycle runs at exceptional speeds: functional SLA 3D physical mockups within 72 hours, rapid tooling in 15 days, and pilot runs within 30 days.
Every single batch undergoes spectral spectrometer validation, integrating sphere total luminous flux checks, thermal dispersion stress cycles, and IPX drop tests to ensure reliable consumer lifespans.
Fanrun's dedicated R&D team continuously pioneers next-generation hardware designs to keep our global OEM partners ahead of competitive consumer and clinical curves.
Real-time optical impedance and skin hydration sensors embedded into masks that auto-tune photon irradiance and session duration based on real-time epidermal biofeedback.
Transitioning from broad-spectrum LEDs to micro-VCSEL (Vertical-Cavity Surface-Emitting Laser) arrays, delivering pinpoint photon density with minimal heat dissipation.
Advanced programmable pulse frequencies (10Hz to 10,000Hz) to stimulate cellular resonance without continuous-wave thermal accumulation, enhancing deeper tissue uptake.
Sustainable, closed-loop eco-friendly liquid silicones and halogen-free recyclable PCBs to align with circular economic directives and global green consumer standards.
Import clearance hinges on rigorous documentation. Our devices are independently evaluated and verified by notified bodies including TUV and SGS. Skin-contact components satisfy stringent biological compatibility and food-grade safety standards.
CE Compliance Test
EMC / LVD Directives
RoHS Environmental
Hazardous Substances Free
TUV Bio-Compatibility
Cytotoxicity & Irritation Tested
SGS Material Report
Food-Grade Silicone Safe
Patent Certification
Proprietary Optical Design
Optical performance verified through measurable dermal outcomes. Drag the slider below to visually inspect cellular re-densification and epidermal improvement across multi-protocol evaluations.
“After structured microneedling protocols, fine lines and post-acne dermal scarring displayed noticeable tissue filling.”
“Continuous 630nm/830nm exposure over 8 weeks stimulated visible epidermal firmness and mitigated hyperpigmentation.”
“Crown hair density increased visibly after consistent weekly LLLT photomedicine treatments.”
“The parietal scalp volume expanded with noticeable improvement in hair shaft thickness.”
“Pore diameter was noticeably normalized, evening out facial complexion across high-resolution imaging.”
“The fractional transdermal protocol delivered exceptional clarity and reduced erythema across sensitive skin types.”
Disclaimer: Results documented reflect specific user protocols. Individual physiological responses vary according to tissue depth, baseline fluence, and biological variables. Devices are non-invasive aesthetic equipment intended for general wellness and cosmetic improvement.
Shenzhen Fanrun Technology operates integrated class-leading cleanrooms, testing labs, and high-speed robotic surface-mount lines. When you work with us, your project is managed directly by factory design engineers—eliminating broker overhead and communication friction.
Comprehensive scoping: wavelength choices (630nm/660nm/830nm/850nm), target fluence, thermal boundaries, and market target cost.
3D ergonomic industrial design, beam divergence tracing via CAD software, and medical-grade silicone tooling simulations.
Rapid CNC/3D printed functional iterations delivered within 7 to 10 days for verification, ergonomics, and initial laboratory testing.
EMC/EMI validation, photobiological safety assessments (IEC 62471), and biocompatibility tests run with TUV/SGS partners.
Mass production under strict ISO conditions, automated SMT soldering, and comprehensive laser bar code batch traceability.
Custom foam drop-tested retail packaging, lithium battery UN38.3 sea/air clearance, and door-to-door delivery handling.
Direct briefings from our R&D engineering desk on the latest phototherapy innovations, micro-needling structures, and regulatory changes.
SEP 29, 2024
Solid, coated, dissolving, and hollow needles: structural implications for modern cosmetic micro-channel devices.
SEP 20, 2024
Growth vectors behind home-use phototherapy and how consumer brands are differentiating via wavelength combinations.
SEP 20, 2024
Analysis of the expanding appetite for non-invasive, low-risk dermatological tech across the United States and Canada.
SEP 20, 2024
Emerging trends across Japan, South Korea, and Southeast Asia, highlighting an increasing preference for flexible silicone form factors.
Critical compliance, customization parameters, and supply chain timelines answered transparently.
Expand your commercial device portfolio with proven, high-demand treatment solutions directly from our Shenzhen assembly plant.
High-speed precision motor with zero lateral needle wobble for clinical micro-channel opening.
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Flexible, form-fitting mask engineered to bring LEDs within millimeters of the skin, maximizing photon absorption.
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Dual-application pad engineered for comfortable use over the scalp, shoulder joints, or lumbar regions.
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Equipped with a balanced German motor, offering stable, accurate vertical needle puncture for clinic protocols.
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Equipped with soft, bio-compatible eye shields to ensure comfort and eye safety during high-output sessions.
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Calibrated diode angles provide complete, scalp-wide coverage to stimulate miniaturized follicular roots.
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Simultaneous dual-panel layout targets the face and décolleté areas together, saving overall treatment time.
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A ready-to-brand platform optimized for beauty brands seeking reliable at-home phototherapy devices.
View Product SpecRequest our comprehensive B2B engineering catalog, wholesale volume price matrix, and certified test reports. Our engineering team can build customized working prototypes in as little as 10 days.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us