Enterprise-grade wholesale microneedling, LED phototherapy, and trichology systems designed for medical distributors, dermatology networks, and clinical private labels worldwide.
Integrated cryogenic soothing with 415nm-830nm quad-wavelength matrix to downregulate post-inflammatory melanogenesis post-microneedling.
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Targeted photodynamic therapeutic system delivering precise 590nm yellow and 630nm red photons for melasma stabilization.
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650nm high-density laser diodes configured for uniform scalp irradiance and targeted micro-vascular biostimulation.
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Flexible medical silicone structure with deep penetrating 830nm NIR energy for rapid cellular turnover and dermal repair.
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Food-grade TUV/SGS certified silicone with 360-degree facial conformity, optimizing micro-wound recovery and cellular renewal.
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High-torque brushless motor delivering vertical, zero-drag micro-punctures for targeted tranexamic acid delivery into hyperpigmented zones.
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Microprocessor-stabilized needle depth (0.25mm to 2.50mm) to treat epidermal and dermal pigmentation without thermal mechanical damage.
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Clinical wearable phototherapy balancing systemic skin barrier resilience, follicular reactivation, and epidermal tone uniformity.
Source Wholesale UnitA comprehensive clinical evaluation for dermatological OEM distributors, med-spas, and institutional procurement specialists.
Hyperpigmentation—encompassing melasma, post-inflammatory hyperpigmentation (PIH), and solar lentigines—originates from abnormal melanogenesis governed by tyrosinase hyperactivity and disrupted basement membrane integrity. While traditional ablation modalities risk triggering rebound hyperpigmentation due to thermal collateral damage, mechanical microneedling preserves stratum corneum architecture while inducing mechanical micro-conduits.
These temporary physical apertures disrupt keratinocyte melanin clusters, facilitate melanin granule elimination via transepidermal extrusion, and downregulate melanocyte-stimulating hormone (α-MSH) expression by normalizing dermal-epidermal signaling cascades.
Microneedles overcome the 500-Dalton lipophilic molecular barrier of the skin. Clinical studies confirm that pairing microneedling with depigmenting actives—such as tranexamic acid, glutathione, ascorbic acid, and niacinamide—increases therapeutic transdermal flux by up to 80% compared to topical application alone.
By bypassing the epidermal resistance layers, therapeutic compounds penetrate directly into basal melanocytes and dermal melanophages, accelerating pigment clearing while simultaneously promoting collagen neocollagenesis.
Treating hyperpigmentation demands precise depth regulation. Penetration beyond 0.5mm - 1.0mm in melasma-prone skin types (Fitzpatrick IV-VI) risks microvascular injury, neutrophil infiltration, and consequent secondary PIH. Fanrun's derma pen platforms feature German micro-stepper motors calibrated to ensure vertical needle exit angles within 99.8% perpendicular tolerance, eliminating the lateral skin tearing typical of rotary devices.
| Indication | Optimal Needle Depth | Puncture Frequency (Hz) | Synergistic Active Agent | Clinical Endpoint |
|---|---|---|---|---|
| Epidermal Melasma | 0.25 mm – 0.50 mm | 120 Hz - 140 Hz | Tranexamic Acid (4%) + Alpha Arbutin | Uniform erythema; zero pinpoint bleeding |
| Dermal / Mixed Dyschromia | 0.50 mm – 0.75 mm | 100 Hz - 120 Hz | N-Acetyl Glucosamine + Glutathione | Superficial petechial flushing |
| Post-Inflammatory Hyperpigmentation (PIH) | 0.50 mm – 1.00 mm | 120 Hz - 160 Hz | Vitamin C (MAP) + Oligopeptide-68 | Controlled pin-point dermal transudation |
| Solar Lentigines | 0.30 mm – 0.50 mm | 100 Hz - 130 Hz | Kojic Acid Complex + Resveratrol | Epidermal desquamation induction |
Shenzhen Fanrun Technology operates an intelligent medical aesthetic production base designed for zero-defect yield, supply chain transparency, and multi-tier quality control.
Every single cartridge is fabricated using medical-grade surgical 316 stainless steel or biocompatible titanium. Assembly takes place in certified Class 100,000 cleanrooms under ISO 13485 environments, undergoing 100% ethylene oxide (EO) sterilization and automated vision inspection for needle sharpness, burr-free bevels, and mechanical alignment.
Our OEM microneedling pens integrate custom coreless motors providing up to 18,000 RPM with negligible vibration (<0.15 mm/s²). Internal load-sensing microchips adapt dynamic torque in real time, preventing needle stalling across dense dermal tissue, reducing tissue drag, and preventing post-treatment reactive pigment formation.
Located in the heart of Shenzhen's advanced electronics cluster, Fanrun leverages a localized tier-1 supply ecosystem: CNC machining, micro-injection moulding, surface metallization, PCBA surface-mount technology (SMT), and testing can all be completed within a 30-kilometer radius, cutting tooling-to-sample cycles down to 14 days.
Streamlined customs clearance, medical device registration documentation, and material safety compliance ready for your market launch.
CERT · CE DIRECTIVE
CERT · ROHS ENVIRONMENTAL
CERT · TUV MATERIAL BIOCOMPATIBLE
CERT · SGS FOOD-GRADE CONTACT
CERT · ISO QUALITY ASSURANCE
Anti-Counterfeiting & Compliance Transparency: Fanrun provides all verified enterprise clients with raw test lab reports, DoC (Declaration of Conformity), technical design files (TDF), and direct verification certificates via official TUV Rheinland and SGS online portals. We support local FDA 510(k), MDR Class IIa, and UKCA registration dossiers.
Documented multi-session patient evaluations utilizing Fanrun medical microneedling and synergistic phototherapy platforms.
4 sessions over 8 weeks. Epidermal pigment clearance achieved with zero secondary PIH response.
Daily 15-minute exposure. Melanocyte stabilization and reduction of localized erythema.
16 weeks at 3 sessions per week. Remarkable follicle reactivation and dermal vascular density.
From private label packaging to ground-up medical device ODM development, we build turnkey product lines for high-growth brands.
Customization covers anodic oxidation finishes, soft-touch medical silicone coating, high-precision laser-etched logos, bespoke Pantone casing matching, and multi-language sterile blister packaging.
Micro-controller programming tailored to your treatment protocols: customized speed gradients (up to 6 levels), auto-stop timers, battery management safety cutoffs, and OLED indicator telemetry display.
Proprietary cartridge designs with integrated anti-backflow silicone membranes prevent cross-contamination into the pen body. Multiple pin configurations (9, 12, 24, 36, 42 pins, and Nano-wafer chips) available.
Clear, definitive answers to questions procurement directors ask during supplier qualification.
Unlike thermal laser platforms that deliver high-fluence optical energy capable of causing collateral heating of surrounding tissues, mechanical microneedling is non-thermal. In darker skin phototypes (Fitzpatrick IV to VI), laser irradiation often triggers compensatory melanocyte activation, exacerbating post-inflammatory hyperpigmentation (PIH). Precision microneedling creates micro-channels without heat, mechanically dispersing melanin clumps while keeping the skin barrier intact.
For epidermal melasma, depths should strictly range between 0.25 mm and 0.5 mm, operated at high frequency (120–140 Hz) to allow quick passes without epidermal snagging. Depths exceeding 0.75 mm cross the basal layer into the papillary dermis, which can trigger an inflammatory cascade that stimulates melanogenesis. Our pens feature indexed micro-dials with 0.1 mm step increments to guarantee clinical safety margins.
Yes. As a primary Shenzhen manufacturer founded in 2013, our production covers industrial design, plastic tooling injection, CNC aluminum turning, cleanroom packaging, and firmware customization. Logo printing and customized boxes are supported at low minimum quantities, while full ODM projects (custom pen ergonomics, bespoke LED configurations) can be developed through a structured 6-step NPI (New Product Introduction) workflow.
Our production facilities maintain ISO 13485 and ISO 9001 certified quality systems. Products meet CE (Medical EMC/LVD), RoHS, and FCC directives. All skin-contact silicone components have passed TUV Rheinland and SGS cytotoxicity, irritation, and food-grade safety tests. We provide official certificate registration numbers for direct validation via issuing body websites before order placement.
For standard branded products and low-volume private labeling, our MOQ starts at 50 to 200 units, with typical delivery in 7–12 business days. Full custom OEM orders (custom Pantone coloring, unique blister tooling, custom GUI) typically require 500–1,000 units with a 25–30 day production window. Sterile cartridge needles can be supplied in recurring monthly shipments of up to 1,000,000 units.
Fanrun cartridges feature an elastomeric silicone backflow barrier. This internal seal completely separates the fluid path from the device push-rod, preventing blood, serum, or treatment solutions from siphoning into the motor housing. Each needle set is individually blister-sealed, sterilized with ethylene oxide (EO) gas, and labeled with a unique LOT number and expiration date.
Direct-from-factory pricing on ready-to-ship inventory and certified ODM platforms for international procurement.
Targeted 415nm + 590nm + 630nm + 830nm phototherapy configured to calm inflammation and minimize recovery time.
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Even light energy distribution designed to support cellular repair and complement transdermal therapies.
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Clinical low-level 650nm laser helmet designed for scalp microcirculation and long-term hair recovery.
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Pliable, high-density light array ensuring consistent skin contact across the face, neck, and décolletage.
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Reliable high-speed needle oscillation that delivers stable vertical penetration to safeguard against micro-tears.
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Designed for versatile clinical protocols with ultra-fine cartridges that simplify active compound delivery.
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Ergonomic silicone device delivering deep red light biostimulation for accelerated barrier restoration.
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Engineered for comfortable multi-patient use with skin-safe silicone and clinically tested wave emissions.
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To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us
