Ice-Cooling Silicone LED Mask (LM15)
Post-microneedling soothing therapy with 415nm-830nm optical output and cryogenic periorbital contact.
View Model DetailsEngineered Periorbital Transdermal Platforms, RF Micro-Infusion & Multi-Depth Cartridge Systems for Global Medical Aesthetic Brands
Turnkey private-label hardware manufactured with sub-micron tolerance, medical-grade skin-contact polymers, and multi-wavelength phototherapy integration.
Post-microneedling soothing therapy with 415nm-830nm optical output and cryogenic periorbital contact.
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Targeted periorbital dermal density rebuilding with high-flux PDT photon arrays and micro-pulsing timers.
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650nm monochromatic coherent laser diodes for deep cellular ATP stimulus and follicle revival.
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Contour-adaptive food-grade silicone supporting 630nm/830nm wavelengths for accelerated lymph drainage.
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Focused periorbital micro-cooling hardware designed to seal channels after automated mesotherapy.
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Uniform micro-current and red-NIR photon balance engineered specifically for tear-trough rejuvenation.
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Multi-channel low-level laser matrix providing stable 5mW energy delivery across thin epidermal zones.
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0.20mm ultra-shallow depth adjustment, zero axial wobble, and anti-backflow sterile cartridge integration.
View Model DetailsOvercoming the anatomical challenges of the 0.5mm lower eyelid margin: How customized microneedling hardware re-engineers the orbital septum without surgical blepharoplasty.
Pseudo-herniation of intraorbital fat pads requires structural tightening of the skin barrier. Customized periorbital microneedling induces micro-thermal coagulation or controlled mechanical injury, stimulating Type I and Type III collagen synthesis to reinforce the retaining retaining ligaments.
Standard derma pens suffer from 0.08mm needle wobbling, causing micro-tearing in thin periorbital epidermis. Our custom OEM engineering employs linear sleeve ball-bearings and rigid CNC-machined titanium drive shafts to constrain needle variance strictly under 0.005mm.
Infraorbital dark circles and edema stem from poor microcirculation and vascular pooling. Our precision microneedling arrays create vertical micro-conduits that enhance the systemic absorption of biomimetic peptides, haloxyl, and cross-linked hyaluronic acid by over 400%.
Strategic shifts in the global supply chain, regulatory boundaries, and the rising consumer demand for minimally invasive blepharoplasty alternatives.
The FDA classifies motorized microneedling pens exceeding 0.3mm as Class II medical equipment. North American brands require full 510(k) pathway readiness, biomedical biocompatibility (ISO 10993), and risk analysis under ISO 14971—standards built into Fanrun’s core engineering.
Under Annex XVI of MDR, invasive aesthetic devices face identical clinical evaluation burdens to therapeutic hardware. Our Shenzhen factory provides full technical files, electrical safety verification (IEC 60601-1), and CE certification documentation to ensure unhindered customs clearance.
Driven by rapid adoption across South Korea, Japan, and Southeast Asia, consumer demand is pivoting toward combined micro-current, low-frequency RF, and sub-0.25mm home-use nano-cartridge pens. OEM brands must deploy hybrid hardware to capture this market sector.
Shenzhen Fanrun Technology Co., Ltd. has developed and manufactured high-precision medical aesthetic hardware since 2013. We integrate mechanical tooling, optical diode arrangement, PCB layout, firmware programming, and ISO 13485 cleanroom cartridge sterilization under one unified roof.
Examine photographic split-face comparisons from multicenter trials utilizing Fanrun motorized transdermal hardware and clinical photon platforms.
Tailoring hardware specifications, penetration limits, and sterilization packaging to diverse regional regulatory protocols and practitioner tiers.
High-torque wireless microneedling pens calibrated for medical practitioners. Features single-use gamma/ETO sterilized cartridges, precise digital RPM readouts, and variable needle depth settings from 0.2mm to 1.0mm specifically for non-surgical festoon reduction.
Ergonomic lightweight platforms configured with auto-safety lockouts and insulated needle tips to prevent epidermal burning. Integrates blue 415nm light to suppress microbial contamination during transdermal serum delivery.
Direct-to-consumer periorbital devices engineered to strictly stay within consumer cosmetic regulations (sub-0.25mm depth lock). Combined with vibrating micro-current rings and red-light photon therapy for safe home puffiness reduction.
How Fanrun’s R&D team is engineering smart micro-electromechanical systems (MEMS) and biodegradable needle matrices for global OEM partners.
Next-gen handpieces integrate real-time bio-impedance feedback microchips. If a practitioner exerts excessive pressure over the thin orbital rim, the cartridge motor automatically decouples within 3 milliseconds to prevent subcutaneous vascular rupture.
Combining non-insulated fractional bipolar radiofrequency with instant contact Peltier cooling (-5°C). This allows localized adipocyte thermal remodeling in lower eye fat pads while protecting the fragile external eyelid epidermis from thermal damage.
Transitioning beyond traditional surgical steel to dissolving crystalline hyaluronic acid and acetyl hexapeptide-8 micro-dart matrices that detach painlessly in the dermal-epidermal junction to dissolve fat pockets and stimulate neocollagenesis.
Every product manufactured in our facility is subjected to strict quality control, electrical safety checks, and third-party laboratory verification before global distribution.
Medical CE Compliant
RoHS Lead-Free Directives
TUV Biological Safety
SGS Food-Grade Testing
Anti-Counterfeit Protocol: Contact our compliance documentation department to receive active certificate identification numbers for direct portal validation via TUV Rheinland and SGS international portals.
Everything clinical distributors, medical device importers, and private brand founders need to know regarding tooling, minimum order quantities, and ocular safety.
Infraorbital eye bags are primarily caused by the structural stretching of the orbital septum, allowing internal fat pads to herniate outward. Topical serums cannot penetrate past the stratum corneum barrier (10-20 microns) in sufficient concentrations. Precision microneedling mechanically triggers micro-punctures at 0.25mm to 0.50mm depth, inducing neocollagenesis and elastin synthesis inside the dermal reticular matrix. This physically reinforces skin tensile strength, tautens lax skin folds, and establishes pathways that improve micro-vascular drainage of lymphatic fluid buildup.
Yes. As a full-tier ODM/OEM manufacturer, we manage precision mold tooling in-house. We can customize the cartridge bayonet coupling, needle pitch, pin counts (from 9, 12, 24, 36 to specialized nano-silicon chips), silicone anti-backflow membrane tension, and needle tip beveling (33G ultra-fine gauge). This prevents cartridge interchangeability with generic gray-market clones, locking recurring cartridge consumable revenue to your brand.
Periorbital skin is the thinnest on the human body (averaging 0.5mm in thickness). Our dedicated periorbital microneedling pens feature micro-stepper motors calibrated in 0.05mm click-increments, allowing dermatologists to dial in exact penetration depths between 0.15mm and 0.50mm. An integrated physical lock prevents unintentional depth shifting caused by clinical hand pressure during treatment.
Every commercial production batch is accompanied by comprehensive CE Declaration of Conformity (DoC), RoHS compliance documentation, and full laboratory testing reports for biocompatibility (cytotoxicity, skin irritation, and sensitization under ISO 10993). In addition, for optical therapy combinations, our devices carry photobiological safety certificates under IEC 62471.
For custom silk-screen laser logo branding and customized gift packaging on existing production platforms, our MOQ starts at 500 units. For complete ODM custom industrial design, including proprietary ergonomic housing, custom injection molds, localized firmware LCD logic, and custom cartridge designs, typical tooling MOQs begin at 1,000 to 2,000 units. Fast-track sampling prototypes are delivered within 10 to 14 working days.
Explore additional factory-direct SKU platforms ready for private label mass manufacturing, clinical validation, and international distribution.
Medical food-grade silicone with dual integrated cooling panels to contract under-eye capillaries post-treatment.
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Ergonomic full-face photon array engineered for clinic treatment rooms requiring high continuous energy output.
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Factory-direct 650nm low-level laser hardware with calibrated scalp spacing for optimum follicular density stimulation.
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Flexible PCB structure contouring directly against infraorbital rims, neck, and chest for collagen restoration.
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Next-gen soft-touch silicone housing with non-glare internal eye protectors designed for clinic safety compliance.
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Complete multi-diode architecture featuring automated scalp distance proximity sensors and safety switches.
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Equipped with a Japanese brushless motor providing 18,000 RPM with negligible hand vibration and zero needle shudder.
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Selectable 415nm, 590nm, 630nm, and 830nm high-output arrays for post-blepharoplasty bruising resolution.
View Model DetailsMarket scope, regulatory requirements, target penetration limits, and packaging brief.
Industrial casing modeling, circuit schematic design, and optical simulation.
Rapid prototype CNC milling, injection mold fabrication, and functional test runs.
Class 100,000 sterile cartridge assembly, motor balancing, and safety testing.
100% axial tolerance inspection, drop test validation, and battery burn-in cycles.
CE/RoHS certifications, complete UN38.3 lithium battery shipping clearance, and global air freight.
Contact our medical hardware engineering team today to receive a comprehensive B2B OEM catalog, CAD specifications, and factory-direct volume price tiers.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us