Precision-calibrated wavelengths spanning bactericidal blue light (415nm), biostimulating red (630nm/660nm), and regenerative near-infrared (830nm/850nm). Fully customizable for private labels, clinical distribution, and retail chains.
Integrated medical-grade liquid silicone mask with active cryo-cooling soothing modules and high-purity 415nm blue light for rapid acne clearance.
Inspect LM15 Specifications →
Heavy-duty clinical PDT system engineered with omni-directional facial contours, multi-spectral diode arrays, and programmable duty cycles.
Inspect LM10 Specifications →
Proprietary low-level laser therapy (LLLT) helmet embedding 650nm medical laser diodes for follicular cellular biostimulation and scalp microcirculation.
Inspect LH02 Specifications →
Ergonomic malleable optical panel engineered for neck, décolleté, and facial zones, offering 35mW/cm² uniform optical power distribution.
Inspect LM06 Specifications →
Medical-grade digital motorized transdermal micro-channeling instrument featuring needle cartridge anti-backflow seals and adjustable rpm.
Inspect Biopen Q2 Specs →
Polycarbonate rigid shell phototherapy helmet delivering uniform photo-energy with shielded optical goggles and custom wave-mixing firmware.
Inspect LM Series Specs →
Dual-purpose flexible pad incorporating 660nm and 850nm diodes for full-scalp cellular respiration, ATP stimulation, and follicle revitalization.
Inspect Scalp Series Specs →
Ultra-flexible platinum-cured silicone mask with biocompatible contact surfaces, delivering 415nm blue light targeted at Cutibacterium acnes colonies.
Inspect Silicone Mask Specs →Moving beyond conventional consumer LEDs, industrial blue light phototherapy demands rigorous monochromatic band control, verified fluence rates, and advanced heat dissipation to unlock clinical efficacy without thermal toxicity.
Custom blue light systems primarily operate between 405nm and 415nm. This precise optical spectral window activates endogenous coproporphyrin III and protoporphyrin IX synthesized within Cutibacterium acnes. The resulting photochemical cascade releases singlet oxygen ($^1\text{O}_2$), inducing targeted microbial lipid peroxidation and bacterial eradication without damaging mammalian keratinocytes.
Low-grade LED factories suffer from broad emission spectra (±20nm), leaking into hazardous UV-A (<400nm) or inefficient broad blue bands. Fanrun engineers narrow-band SMD emitters with an optical FWHM under 10nm, ensuring photon purity, preventing erythema or hyperpigmentation, and passing rigorous IEC 62471 Photobiological Eye Safety assessments.
Clinical efficacy requires balanced irradiance, typically calibrated between 30mW/cm² and 65mW/cm² at skin contact. Using integrated goniophotometric sphere testing, our ODM tooling guarantees <5% optical decay across a standard 15-minute operational session, preventing localized hotspots through copper-core thermal interface circuit boards.
| Photometric Parameter | Consumer-Grade Mass Devices | Fanrun Medical-Grade Custom ODM Standard | Clinical Significance for Importers |
|---|---|---|---|
| Target Peak Wavelength | 430nm - 460nm (Variable) | 415nm ± 2.5nm (Narrow Band) | Matches maximal absorption peak of porphyrins; optimizes bacterial kill-rate. |
| UV-A Emission Leakage (<395nm) | Often unshielded (>0.5mW/cm²) | Zero Detectable UV Emission (IEC 62471 Exempt) | Eliminates risk of photo-aging and skin melanoma; simplifies FDA/CE MDR clearance. |
| Irradiance Homogeneity | Uneven beam (>35% variance) | >92% Multi-Point Cosine Distribution | Ensures identical therapeutic outcomes across T-zone, cheeks, jawline, and neck. |
| Substrate Heat Dissipation | Standard FR-4 Fiberglass (Overheating) | Flexible Copper FPC + Thermal Conductive Silicone | Prevents thermal injury; prolongs continuous diode lifespan over 50,000 hours. |
| Material Biocompatibility | Recycled Thermoplastics or PVC | Platinum-cured Medical Silicone (ISO 10993 Tested) | Eliminates phthalates, cytotoxicity, and irritation during prolonged skin contact. |
Founded in 2013 in the heart of Shenzhen's high-tech manufacturing corridor, Shenzhen Fanrun Technology Co., Ltd. has spent over a decade perfecting the integration of optoelectronics, medical-grade silicone molding, and automated surface-mount assembly (SMT).
Our vertically integrated facility eliminates intermediary markups by housing design, tool fabrication, cleanroom silicone compression, wave soldering, and firmware development under one ISO 13485-certified roof. With our localized component ecosystem, we reduce prototyping turnarounds to as short as 14 days.
Custom blue light phototherapy units require meticulous documentation for international customs clearance and clinical distribution. Every Fanrun device comes with complete Technical Documentation Files (TDF).
CE LVD & EMC
RoHS Directive
SGS Food Grade
TUV Biocompatible
ISO 13485 Standard
Anti-Counterfeit & Certificate Audit Protocols: We encourage all enterprise purchasers to cross-examine certificate registry numbers on the official TUV Rheinland, SGS, or notified body verification portals. Fanrun provides complete audit trails, declarations of conformity, and full bio-compatibility test reports (ISO 10993: Cytotoxicity, Sensitization, Irritation) prior to down payments.
Whether deploying private label branding onto our verified clinical hardware or executing a ground-up ODM development, our Shenzhen optical engineers guide your project through a structured stage-gate development protocol.
Definition of regulatory category (Class IIa Medical vs. Over-The-Counter cosmetic), target clinical indication, specific energy fluence targets (J/cm²), and desired wavelength matrix.
CAD 3D modeling of anatomical curvature, light ray ray-tracing simulations for cosine distribution, and layout of flexible copper-clad polyimide circuit boards.
CNC machining and 3D printing of housing assemblies, precision SMT prototype populating, silicone master cast molding, and laboratory spectrometer verification.
Rigorous EMC/EMI suppression tuning, electrical isolation checks, thermal rise evaluations (<41°C contact maximum), and biological contact material assay testing.
High-precision multi-cavity injection molds, automated SMT reflow soldering, and automated optical inspection (AOI) to eliminate solder bridging or diode tombstoning.
Every manufactured batch undergoes a mandatory 120-minute continuous electrical burn-in, final spectral irradiance sign-off, shockproof packaging, and DDP/FOB logistics execution.
Verified aesthetic improvements submitted by dermatologists, medspa clinicians, and retail consumers using devices engineered on Fanrun OEM/ODM platforms.
Before
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!”
Before
After
“Using the LED beauty mask regularly has smoothed out my facial wrinkles, making my skin look firmer, refreshed, and visibly more youthful.”
Before
After
“My hair has changed dramatically! The previously thinning areas on the top of my head have visibly filled in and look thicker and healthier.”
Before
After
“I had always been troubled by thinning hair. Now the volume on top has increased significantly and my scalp feels healthier.”
Before
After
“I can feel my skin improving after each treatment, especially my pore visibility. I finally have the confidence to go out without makeup!”
Before
After
“The combination of blue light phototherapy with transdermal delivery exceeded expectations—blemishes cleared up rapidly.”
Actionable intelligence for retail aggregators, private label brand directors, and clinical importers expanding their optoelectronic beauty and dermatological hardware portfolios.
Solid, coated, dissolving and hollow micro-channel structures: how combining transdermal delivery with blue light LED creates next-gen acne protocols.
Read Market Analysis →
Key macroeconomic drivers accelerating at-home light and laser therapy adoption across professional salon networks and retail ecommerce.
Read Market Analysis →
Why FDA-cleared home acne devices and skin rejuvenation masks continue to capture market share over pharmaceutical topical regimes.
Read Market Analysis →
Surging clinical salon demand across South Korea, Japan, and Southeast Asia creating massive OEM opportunities for multi-wavelength PDT hardware.
Read Market Analysis →Detailed answers covering optical tolerancing, minimum order quantities, factory verification, and custom tooling parameters for international procurement teams.
At Fanrun, our medical-grade blue light chips are strictly binned to an emission peak of 415nm ± 2.5nm, featuring a narrow Full Width at Half Maximum (FWHM) of less than 10nm. We eliminate hazardous emissions below 400nm (UV-A spectrum) and ensure full compliance with IEC 62471 eye safety standards, protecting users against retinal phototoxic hazards while targeting Cutibacterium acnes porphyrins.
OEM Private Label: Ideal for fast market launches. We customize existing proven platforms (such as the LM15, LM10, or LM06) with custom pantone shell colors, silk-screened or laser-etched corporate logos, localized packaging, customized user instruction manuals, and region-specific power cords.
Full ODM Development: We manage comprehensive bespoke engineering from scratch, including custom industrial casing molds, dedicated PCB circuit layouts, custom multi-wavelength combinations (e.g., combining 415nm blue with 590nm yellow and 830nm NIR), proprietary firmware UI, pulse-frequency modulation, and companion iOS/Android Bluetooth app integrations.
All standard Fanrun phototherapy hardware is manufactured in compliance with CE (EMC & LVD directives) and RoHS environmental standards. All skin-contacting silicone materials have undergone rigorous third-party food-grade and biocompatibility testing by TUV Rheinland and SGS (complying with ISO 10993 cytotoxicity and sensitization standards). Verified corporate purchasers receive complete Technical Construction Files (TCF), EMC test reports, and factory declarations to facilitate FDA 510(k) or EU MDR registrations.
Standard beauty devices experience up to 30% optical power drop within 10 minutes due to heat accumulation on cheap fiberglass circuit boards. Fanrun employs high-thermal-conductivity flexible copper FPC substrates paired with thermally conductive food-grade silicone layers. This system maintains contact surface temperatures comfortably under 41°C while restricting LED junction temperatures, guaranteeing optical output decay stays below 5% over continuous operational cycles.
MOQs depend on the customization scope:
Shenzhen Fanrun Technology Co., Ltd. holds over 360 autonomous patents in optical design, ergonomic frames, and electronic drivers. We execute enforceable, bilingual Non-Disclosure Agreements (NDAs) before reviewing client technical briefs. Client-owned injection molds are permanently tagged, insured, and stored strictly for the client's exclusive manufacturing runs.
Select from our comprehensive, factory-direct aesthetic lineup. Each platform has been market-tested, structurally certified, and engineered for high B2B operating margins.
Engineered for comprehensive anti-blemish care, combining cooling therapy with 415nm acne phototherapy and deep 830nm NIR tissue repair.
Source LM15 Factory Direct →
Equipped with high-output matrix diodes targeting both epidermal cutibacterium and deep dermal fibroblast stimulation.
Source LM10 Factory Direct →
FDA-compliant design containing dense 650nm laser diode matrices for non-invasive scalp care, hair density enhancement, and follicle revival.
Source LH02 Factory Direct →
Malleable design matching chest, back, neck, or facial surfaces with high-irradiance red and near-infrared photomodulation.
Source LM06 Factory Direct →
Precision speed micro-needling device with anti-fluid backflow cartridges and stable needle excursion for transdermal collagen induction.
Source Q2 Pen Factory Direct →
Robust polycarbonate face armor styling featuring dual integrated silicone ocular shields and multi-mode microprocessor cycling.
Source LM Series Factory Direct →
Lightweight flexible pad embedding dual-band biostimulation diodes for hair clinic post-op recovery and home-care subscription brands.
Source Scalp Mat Factory Direct →
Ultra-soft, skin-hugging flexible design that distributes pure 415nm and 630nm light directly across facial curves with zero mechanical pressure.
Source Silicone Mask Direct →Connect directly with our senior optical engineering and project management team. Gain immediate access to full unbranded technical spec sheets, photometric reports, regulatory certificates, and tiered B2B wholesale pricing.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
