Precision-calibrated irradiance and food-grade biocompatibility. Select an industrial platform ready for clinical deployment and brand customisation.
Multi-spectrum LED array unified with cold-compress cryo-calming functionality for post-procedure inflammation.
Clinic-grade Photodynamic Therapy (PDT) mask tailored for dermatology spas and premium aesthetic regimens.
High-density low-level laser therapy (LLLT) optical matrix targeting androgenetic alopecia and follicle stimulation.
Ergonomic bendable red/NIR phototherapy panel engineered for high dermal conformity across facial contours.
Engineered with skin-safe food-grade liquid silicone (LSR) featuring targeted epidermal and dermal penetration modes.
Reinforced polymer structure featuring uniform irradiance matrix preventing localized thermal degradation.
Precision-engineered true semiconductor laser diode array delivering therapeutic dosage without UV exposure.
Designed for omnidirectional dermal coverage; combines flexible PCB engineering with high-efficiency SMD diodes.
Why Tier-1 international skincare brands, aesthetic device distributors, and dermatology practices partner with Shenzhen’s advanced production ecosystem.
Direct proximity to world-leading LED optoelectronics foundries enables strict binning tolerances (±2nm) for exact photobiomodulation targets (415nm, 590nm, 630nm, 830nm), outperforming generic retail assemblies.
In-house Liquid Silicone Rubber (LSR) compression molding ensures biocompatibility (tested by TUV/SGS), non-cytotoxic skin interfaces, and zero degradation under high-intensity photon emissions.
Accelerate your product launch lifecycle: Go from industrial CAD rendering and optical array simulation to functional 3D working prototypes in 14 days, with full-scale automated tooling inside 45 days.
Pre-cleared engineering architectures satisfying CE, RoHS, FCC, and regional medical directives. Comprehensive documentation dossiers expedite national registrations across North America, the EU, and APAC.
Every batch undergoes automated spectroradiometric testing for radiant flux density (mW/cm²), thermal heat sink validation, and continuous duty-cycle burn-in to eliminate premature LED degradation.
Integrated supply chain eliminates broker margins. Direct sourcing of raw polymer, bespoke driver ICs, and PCB production delivers 30-45% unit margin improvements for distributors and retail beauty brands.
We engineer and manufacture home-use and professional aesthetic devices for skincare brands, distributors, salons, and clinics in over a decade of continuous production. Every project is handled in-house — from optical design and medical-grade silicone moulding to firmware, QC, and export documentation.
For buyers, that means one accountable factory partner, consistent batch quality, and compliance files ready for your target market.
How technical advancements in wearable light therapy are revolutionizing clinical aesthetic medicine and consumer skin wellness ecosystems.
Leading markets are transitioning from single red light (630nm) to dual and triple matrices pairing 830nm and 1064nm NIR. This stimulates cytochrome c oxidase within mitochondrial chains, producing pronounced collagen genesis and tissue remodeling.
B2B brand operators increasingly commission Bluetooth-connected microcontrollers. Custom mobile apps provide user skin-diagnostic tracking, adaptive irradiance dosing, and customized clinical treatment courses that drive customer retention.
Dermatology clinics utilize custom OEM light therapy masks as post-laser downtime accelerators. Patients continue treatment at home under prescription irradiance protocols, standardizing aesthetic outcomes.
Tailored engineering specifications built to accommodate diverse regulatory environments, treatment spaces, and commercial usage models.
High-duty cycle silicone and rigid masks (e.g. LM10, LM06) withstand medical-grade sanitization sprays between back-to-back client treatments, delivering supplemental phototherapy after microneedling, peel, and fractional laser sessions.
Lightweight silicone units engineered with custom unboxing aesthetics, proprietary pantone silicone colors, localized international power adapters, and branded packaging designed to minimize retail drop-shipping freight overhead.
Integrated laser diode systems (LH02) deployed by scalp health practices for non-invasive, daily therapeutic photobiomodulation regimens, reversing androgenic thinning without systemic drug side effects.
From initial optoelectronic specification to full-scale mass production, our Shenzhen engineering facility handles every phase under one roof.
Define product positioning, wavelength matrix, energy irradiance parameters (mW/cm²), regional certification requirements, and target cost benchmarks.
In-house optical ray tracing, flexible circuit schematic layout, thermal dissipation modeling, and CAD ergonomic facial housing prototyping.
Functional rapid sampling for wavelength verification, spectrometer output analysis, mechanical flexibility, and client ergonomic approval.
Laboratory emission validation, CE/RoHS verification, EMC testing, and non-cytotoxic liquid silicone biocompatibility documentation (TUV/SGS).
Class-100,000 cleanroom moulding, automated SMT PCB assembly, precision ultrasonic bonding, and barcode-tracked component traceability.
100% 4-hour phototherapy burn-in inspection, drop testing, customized export crating, and complete customs clearance documentation handling.
Independent certifications and test reports supporting customs clearance, international retail listings, and dermatological quality assurance.
CERT · 01 (EMC Compliance)
CERT · 02 (RoHS Protocol)
CERT · 03 (TUV Material Safety)
CERT · 04 (SGS Skin Contact)
Anti-counterfeit protocol verification: Request certificate registration numbers directly from our project management team to verify records via official TUV Rheinland, SGS, or notified body verification portals prior to issuing purchase orders.
Inspection data and end-user case studies shared by clinical operators and retail brand partners using our OEM hardware platforms.
“After microneedling treatments, dermal density improved significantly, acne scar depth softened, and epidermal tone evened out completely.”
“Regular application of the multi-spectrum LED beauty mask reduced periorbital fine lines, producing firmer, visibly refreshed skin texture.”
“Noticeable reversal in vertex thinning. Hair shaft diameter increased visibly over a 16-week cycle with high user compliance.”
Research updates from our R&D engineering department analyzing global market growth, photobiological breakthroughs, and micro-device patents.
SEP 29, 2024
Solid, coated, dissolving, and hollow needles: Engineering selections for modern automated derma-pen lines.
SEP 20, 2024
Primary drivers powering clinical light therapy device expansion across worldwide enterprise channels through 2028.
SEP 20, 2024
Why US and Canadian consumers represent the highest adoption of verified, home-use photobiomodulation platforms.
SEP 20, 2024
Accelerating adoption across APAC regional distributors seeking cost-effective, custom OEM manufacturing partnerships.
Detailed technical and contractual clarifications regarding OEM customisation, batch MOQ parameters, wavelength tolerances, and regional regulatory clearance.
Consult an Engineering LeadYes. Fanrun provides complete OEM private labeling (custom silkscreen logos, PMS silicone color matching, custom injection molds, custom packaging, and manuals) as well as full turnkey ODM development (optical PCB array re-engineering, diode spacing, customized multi-wavelength ratios, micro-controller timing logic, and proprietary mobile app software).
Our aesthetic and phototherapy hardware complies fully with CE, RoHS, and FCC directives. Furthermore, all silicone skin-contacting assemblies have undergone comprehensive food-grade, cytotoxicity, and biocompatibility evaluations verified by TUV Rheinland and SGS test laboratories.
Standard production configurations feature clinically validated wavelengths: Blue (415nm ±5nm) for Cutibacterium acnes sterilization, Yellow (590nm ±5nm) for lymphatic activation and erythema reduction, Red (630nm ±5nm) for fibroblast collagen stimulation, and Near-Infrared (830nm ±5nm) for deep dermal penetration. Bespoke wavelength ratios (e.g., 525nm green or 1064nm NIR) can be configured for custom ODM runs.
For standard private label branding (custom logo printing and branded packaging on established toolings), MOQs typically begin at 200–500 units depending on the model. For full custom ODM tooling, custom shell injection, or proprietary LED configurations, MOQ requirements start from 1,000 units with modular development milestones.
We believe in radical transparency. Sourcing teams can request the official registration document code for any certificate. You can authenticate our reports directly via TUV Rheinland or SGS verification portals. We also welcome scheduled live video facility audits or third-party inspections (e.g., Intertek, Bureau Veritas).
Standard prototype verification samples ship within 5–7 business days. Custom cosmetic tooling or bespoke silicone color samples take approximately 14–20 days. Full-scale container mass production cycles are finalized in 30–35 days with comprehensive in-line batch quality verification.
Explore our complete commercial range: clinical derma-pens, advanced PDT facial units, and laser hair regeneration devices available for volume B2B sourcing.
Medical-grade biocompatible silicone matrix designed for direct facial contact, maximum photon energy delivery, and high comfort.
High-torque motorized micro-puncture system with digital RPM selection and disposable sterile needle cartridge couplings.
Engineered for high user compliance, featuring built-in safety proximity sensors, auto-shutoff, and continuous therapeutic output.
Engineered with aircraft-grade aluminum alloy housing, providing low-vibration needle calibration for medical aesthetics.
Ergonomic interior crown architecture ensuring even beam distribution across temporal and vertex scalp zones.
Adaptable dual-treatment mask system engineered for coordinated anti-aging protocols across face and neck regions.
Engineered using ultra-thin silicone membranes allowing comfortable flex across varied patient facial profiles.
Optimized for transdermal peptide and active serum delivery with adjustable depth control from 0.25mm to 2.5mm.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
