Direct manufacturer production lines: Clinical irradiance standards, tested photodynamic wavelengths (415nm - 830nm), and custom private label solutions.
Analyzing the shift toward home-use photobiomodulation (PBM), photodynamic therapy (PDT) standardisation, and China's high-tech manufacturing supply chain advantages.
The global phototherapy sector has migrated from basic decorative cosmetic LEDs to tightly calibrated medical-grade irradiance (mW/cm²). Shenzhen Fanrun Technology engineers chip-on-board and surface-mounted diode matrices that deliver target joules without thermal degradation.
By centralizing optical physics, medical silicone tooling, firmware algorithm development, and cleanroom production under one roof in Shenzhen, our factory minimizes supply chain latency, providing global distributors with an agile OEM turnaround.
Clinically targeted 415nm Blue Light stimulates porphyrins within Cutibacterium acnes to induce singlet oxygen, neutralizing bacteria, while 630nm/830nm Red/NIR wavelengths trigger cytochrome c oxidase in the mitochondria to accelerate cellular repair.
Shenzhen Fanrun Technology Co., Ltd. (Est. 2013) bridges industrial manufacturing with medical compliance for North American, European, and APAC beauty equipment brands.
Unlike trading entities, Fanrun operates over 200,000 square meters of manufacturing infrastructure equipped with automated optical sorting lines, precision SMT pick-and-place systems, and medical-grade food-contact silicone moulding presses tested by TUV and SGS.
Every phototherapy device undergoes multi-point optical profiling checking luminous flux, peak wavelength bandwidth (±5nm tolerance), and thermal dissapation safety metrics prior to batch release.
Navigating global compliance requires absolute traceability. Our devices comply with CE (EMC/LVD), RoHS, and IEC 62471 photobiological safety standards. Importers can verify certificates directly with issuing bodies (TUV, SGS) to safeguard against counterfeit documentation at customs entry points.
Year Established in Shenzhen
Factory Floor Area (sqm)
Patented Technological Projects
Photonic & Firmware Specialists
Engineered flexibility enables our B2B partners to position red and blue light therapy products across multiple high-yield verticals.
Lightweight, ergonomic silicone designs permit daily at-home usage. Ideal for direct-to-consumer skincare brands seeking recurring margins through curated multi-wavelength treatment regimens.
High-output PDT models like the LM10 serve as pre- and post-procedural treatment devices to calm erythema, accelerate post-microneedling healing, and sterilize surface tissue.
Deploying our 650nm LLLT helmets (LH02) within hair rejuvenation clinics offers non-invasive micro-vascular stimulation to support follicle density alongside pharmacological regimens.
End-user observational outcomes validating epidermal smoothing, inflammatory acne reduction, and scalp micro-circulation improvements.
Case 01 (Microneedling & Red Light): "After a few combined treatments, skin texture tightened, acne scarring diminished visibly, and erythema subsided rapidly."
Case 02 (LED Blue & Red Mask): "Regular application regulated sebum production, stabilized recurrent breakouts, and boosted dermal firmness noticeably."
Case 03 (650nm Laser Scalp Treatment): "Visibly filled previously thinning vertex zones, producing improved shaft diameter and hair volume after consistent therapeutic cycles."
How Fanrun is engineering the next generation of intelligent, personalized, and multi-pulsed home photomedical systems.
Transitioning from static continuous wave outputs to programmed multi-frequency pulsing (10Hz - 40Hz) that enhances cellular mitochondrial absorption efficiency.
Embedded real-time optical feedback sensors calculating individual melanin indices to automatically tune diode power outputs and prevent hyperpigmentation.
Patented breathable liquid silicone substrates that reduce weight by 40% while preserving strict isotropic light diffusion properties across uneven contours.
Encrypted Bluetooth telemetry allowing dermatologists to calibrate at-home dosages, verify adherence, and adjust customized wavelengths remotely.
Browse our core catalogue platforms ready for private-label customization, turnkey packaging, and worldwide distribution.
Authoritative technical, compliance, and supply chain insights to streamline your vendor evaluation process.
Clinical efficacy is driven by exact wavelength precision (±3-5nm), optical power density (irradiance measured in mW/cm²), and targeted delivery dose (Joules/cm²). Consumer novelty items typically offer insufficient radiant flux (<5 mW/cm²), which fails to achieve the biostimulation threshold. Fanrun configures high-density chips engineered to provide validated irradiance up to 30-50 mW/cm² at targeted skin distances.
We provide full SMT layout engineering, allowing clients to configure custom spectral ratios such as 415nm Blue (acne sterilisation), 590nm Amber (lymphatic drainage), 630nm/660nm Deep Red (collagenesis), and 830nm/850nm Near-Infrared (deep tissue recovery). Firmware logic, duty cycle pulsation, and independent spectrum controls are programmed in-house.
Our raw liquid silicone is tested by TUV and SGS for skin contact bio-compatibility and food-grade compliance. For optical safety, devices undergo IEC 62471 photobiological safety assessments to confirm blue light hazard exemption or incorporate built-in eye protection shields and automatic shutoff sensors.
For standard white-label OEM (logo laser-marking, custom PMS exterior hue, and retail box design), our MOQ begins at 200–500 units. For complete ODM custom tooling (housing injection, PCB layout, customized firmware), typical tooling lead times are 35-45 days, with working prototypes delivered within 15-20 days from CAD signoff.
Speak directly with Fanrun's optical engineers and regulatory specialists. Request complete B2B specification sheets, factory auditing reports, and customized quotations.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
