Explore our best-selling turnkey hardware platforms engineered for rapid medical aesthetic deployment, clinical trials, and retail launch.
Flexible medical-grade silicone mask featuring active cryo-cooling with blue (415nm), green (525nm), red, and NIR diodes.
Clinical salon and medspa PDT system delivering concentrated narrowband blue and green photon flux for hyperpigmentation and acne clearing.
Low-level laser therapy (LLLT) helmet offering omnidirectional microcirculation excitation for follicular cellular bio-stimulation.
Ergonomic bendable panel matrix wrapping around the facial contour and décolleté for targeted uniform photon distribution.
Wireless medical microneedling instrument integrating synchronized 415nm anti-inflammatory blue LED tip irradiation.
Next-generation ultra-pliable LSR mask providing zero optical loss direct skin proximity for maximum blue-green photon absorption.
High diode-density hair regeneration helmet combining low-level coherent laser diodes with deep tissue stimulation arrays.
Ultra-low vibration needle oscillation pen engineered for rapid transdermal delivery and combination blue light therapy sessions.
A rigorous engineering analysis of endogenous chromophore activation, narrowband spectrum binning, and synergistic multi-wavelength tissue interaction.
Blue photon energy targeted at 415nm ± 3nm selectively excites coproporphyrin III synthesized by Cutibacterium acnes. This photo-excitation induces a type II photochemical reaction producing reactive oxygen species (singlet oxygen), which lyses bacterial cell membranes without causing thermal damage to host tissue.
Green photons at 520nm–535nm penetrate the epidermal-dermal junction to photomodulate basal layer melanocytes. By suppressing tyrosinase transcription and dispersing epidermal melanin agglomerations, green light therapy significantly diminishes post-inflammatory hyperpigmentation (PIH), lentigines, and superficial vascular redness.
Shenzhen Fanrun Technology's patented driver matrix enables synchronous or interleaved blue and green photobiomodulation. While blue light sterilizes and calms active pustular lesions, green light initiates simultaneous melanocyte stabilization, reducing downtime in combined clinical protocols by up to 58%.
B2B sourcing directors face severe challenges with commodity consumer gadgets. Fanrun establishes the industry baseline across irradiance consistency, heat dissipation, and clinical efficacy.
Cheap LED devices exhibit wide wavelength drift (±25nm), inadvertently emitting UV or useless stray light. Fanrun enforces strict single-bin wafer selection (±3nm tolerance), ensuring pure 415nm bactericidal and 525nm calming light output.
True photobiomodulation requires clinical energy density (30mW/cm² to 105mW/cm²). Our devices provide laboratory-verified irradiance profiles with cosine-corrected optical diffusion, guaranteeing therapeutic tissue dosage.
Thermal management dictates diode longevity. Fanrun's flexible PCB architectures use high thermal-conductivity polyimide and aluminum backing, eliminating thermal decay and maintaining stable photon flux over 30,000 continuous hours.
Direct dermis contact demands total biocompatibility. Our masks are produced from ultra-pure platinum-cured liquid silicone rubber tested by TUV and SGS against food-grade and cytotoxicity safety protocols (ISO 10993 compliant).
Operating continuously since 2013, Shenzhen Fanrun Technology integrates optical design, silicone molding, SMT electronics assembly, and global regulatory certification under one roof.
Navigating strict medical device and aesthetic electrical directives across North America, the European Union, and the Asia-Pacific region.
FDA 510(k) pathway readiness for acne reduction (blue light) and dermal rejuvenation. Compliance with ANSI/IES RP-27.1 photobiological eye safety to eliminate ocular hazards, coupled with FCC Part 15 Class B electromagnetic interference certification.
Complete CE compliance including EMC Directive 2014/30/EU and LVD 2014/35/EU. In full adherence to the EU MDR (Medical Device Regulation 2017/745) Annex XVI for non-corrective aesthetic devices, backed by RoHS 2.0 hazardous substance restrictions.
Targeted solutions for South Korea, Japan, and Southeast Asia where green light (525nm) demand is surging for hyperpigmentation treatment. Full localization dossiers for KC (Korea Certification), PSE (Japan Diamond Mark), and NMPA medical aesthetic standards.
Fanrun R&D is redefining at-home and clinical phototherapy through adaptive sensor loops, micro-LED matrices, and dynamic AI-driven spectral sequencing.
Embedding localized moisture, melanin index, and skin capacitance sensors directly into the silicone matrix to dynamically auto-adjust blue/green irradiance ratios.
Transitioning from discrete packaged LEDs to chip-scale micro-LED arrays (<100μm), elevating diode counts to >1,200 points for absolute optical uniformity.
Implementing programmable cellular pulse frequencies (Nogier / Bahr resonance) to optimize cellular permeability and mitochondrial ATP generation speed.
Bluetooth BLE & Wi-Fi IoT connectivity linking home users to clinic cloud portals for dermatologist-prescribed custom light therapy cycles.
Documented before-and-after results achieved by consumers and clinical practitioners using devices engineered on Fanrun OEM/ODM platforms.
Case 01 · Microneedling (Before)
Case 01 · Microneedling (After)
Case 02 · LED Mask (Before)
Case 02 · LED Mask (After)
Case 03 · Laser Hair Helmet (Before)
Case 03 · Laser Hair Helmet (After)
Case 05 · Skin Texture (Before)
Case 05 · Skin Texture (After)
“After a few microneedling treatments, my skin has become smoother, fine lines and acne scars have improved significantly, and my friends say I look younger!”
“Using the LED beauty mask regularly has smoothed out my facial wrinkles, making my skin look firmer, more youthful, and substantially more resilient.”
“My hair has changed dramatically! The previously thinning areas on the top of my head have visibly filled in and look thicker, healthier, and denser.”
“I can feel my skin improving after each treatment, especially my pores and redness. I finally have the confidence to go out without makeup!”
From custom optical wavelength simulation to pilot tooling and mass export clearance, our in-house engineering team eliminates third-party risks.
Analysis of target jurisdiction (FDA, MDR, PMDA), optical dosage specifications, wavelength binning (415nm / 525nm / 630nm / 830nm), ergonomic casing, and target bill of materials (BOM).
CAD 3D housing design, ray-tracing optical beam simulation, flexible polyimide PCB routing, and finite element heat dissipation thermal modeling.
Fast-turnaround CNC aluminum / LSR silicone injection prototypes for ergonomic contour fit, spectrometer dosage validation, and drop-impact mechanical testing.
Pre-testing and full certification with accredited laboratories (TUV / SGS / Intertek) for CE, RoHS, ANSI RP-27 photobiological safety, and FDA compliance filings.
Cleanroom automated high-speed SMT placement, robotic liquid silicone overmolding, ultrasonic welding, and digital barcode batch traceability.
Every individual unit undergoes 4-hour burn-in testing, spectrometer irradiance bin verification, and strict AQL 1.0 military standard pre-shipment inspection.
Select proven, field-tested platforms ready for immediate private branding or fully customized optical and silicone modifications.
Targeted 415nm blue acne elimination, 525nm green hyperpigmentation correction, and post-treatment soothing cold pack module.
High-power multi-die matrix offering clinic-level photodynamic sessions, balancing skin tone and microcirculation.
Customizable 650nm laser helmet delivering targeted photobiomodulation to dormant scalp follicles with auto-shutoff sensors.
Adaptive flexible architecture fitting both facial contours and neck décolleté zones with zero photon leakage.
Comprehensive wavelength architecture incorporating violet, cyan, yellow, blue, and green for customized salon therapy menus.
Multi-purpose flexible pad engineered with alternating blue and green therapeutic LED diodes for dual scalp and dermis care.
Digital display derma pen featuring gamma-sterilized medical needle cartridges and blue light surface sterilization.
Commercial-grade low-level laser platform designed for dermatology practices, trichology centers, and luxury medspas.
In-depth technical and operational answers to address common engineering, compliance, and minimum order requirements.
Fanrun specializes in clinical-grade single-bin wavelengths: pure bactericidal Blue Light at 415nm ± 3nm (coproporphyrin III excitation peak) and Green Light at 525nm ± 3nm (melanogenesis regulation). We also engineer hybrid configurations incorporating amber/yellow (590nm), deep red (630nm/660nm), and near-infrared (830nm/850nm).
Under international standard IEC 62471 / ANSI RP-27.1, blue light carries potential photochemical retinal risks if not shielded. Our masks integrate opaque, ergonomic eye gaskets molded directly into the medical-grade silicone, achieving zero blue-photon leakage into the orbital cavity and passing exempt-group photobiological safety standards.
Yes. OEM private label includes silk-screen logos, custom shell colors, custom silicone pigmentation, customized retail packaging, and localized user manuals. ODM projects encompass complete industrial design, silicone mold development, custom PCB layout, proprietary firmware timing, and mobile app Bluetooth connectivity.
All Fanrun products comply with CE (EMC & LVD directives) and RoHS 2.0. Our skin-contact silicone materials have passed food-grade safety and cytotoxicity testing certified by TUV and SGS. We assist enterprise buyers with FDA 510(k) DMF access and EU MDR Class IIa technical construction files.
We believe in total transparency. Request our official test report numbers or certificate copies from our sales engineering team, then verify them directly through the official online certificate validation portals of TUV, SGS, Intertek, or the relevant notified bodies prior to contract signing.
For standard logo customization on our proven platforms (such as LM15, LM10, or LH02), the MOQ is typically 200 to 500 units. Full custom ODM silicone molding and bespoke circuit designs generally start at 1,000 to 2,000 units. Prototype sampling takes 7–12 days; mass production runs complete in 25–35 business days.
Partner with Shenzhen Fanrun Technology Co., Ltd. for turnkey OEM/ODM precision manufacturing, verified biological wavelengths, and international compliance documentation.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
