SKU: LM15
Silicone Loose Skin Light Therapy Mask
Integrated quad-spectrum phototherapy with rapid cryo-tightening for post-microneedling recovery.
Explore SpecificationEnterprise OEM hardware combining transdermal micro-channeling with phototherapy and thermal regeneration.
Integrated quad-spectrum phototherapy with rapid cryo-tightening for post-microneedling recovery.
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High-density LED diode layout targeting elastin synthesis and lax dermal matrix recovery.
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Medical-grade motor driver featuring 0.25mm - 2.50mm needle depths specifically calibrated for sagging epidermis.
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Deep 630nm + 830nm near-infrared tissue penetration to re-firm loose neck and jowl contours.
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Targeted 590nm & 830nm wavelengths to optimize neocollagenesis after automated microneedling punctures.
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Dual-function anti-flaccidity unit offering deep optical pulse modulation and epidermal tightening.
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LLLT 650nm optical stimulation for scalp dermis thickening and structural fiber anchoring.
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Medical-grade biocompatible silicone array specifically configured for body tissue laxity and crepey skin.
Explore SpecificationOvercoming the structural degradation of extracellular matrix (ECM) through micro-puncture mechanics and precision thermal-optical synergy.
Dermal fibroblasts downregulate collagen production with chronological aging. OEM microneedling mechanisms physically puncture the stratum corneum down to the papillary dermis without thermal ablation. This initiates a controlled micro-wound healing cascade, releasing TGF-β3 (Transforming Growth Factor) to orchestrate Type-I and Type-III collagen rebuilding without scar tissue formation.
Skin sagging is primarily caused by degraded elastin cross-linking. Our customized OEM cartridges use surgical 316L medical stainless steel with tapered needle geometries (33G ultra-fine gauge). This mechanical stimulus triggers elastin gene expression, resulting in measured tensile tightening in loose skin around the jawline, submental area, periorbital tissue, and post-pregnancy abdomen.
Microneedles temporarily bypass the stratum corneum barrier by creating thousands of micro-conduits per second. This boosts high-molecular-weight cosmetic bioavailability by over 800%. Brands can formulate synergistic lifting serums containing PLLA, polynucleotides (PDRN), and cross-linked hyaluronic acid to amplify mechanical tissue redensification.
The global medical aesthetic device market is rapidly pivoting toward minimally invasive and non-invasive alternatives to plastic surgery (rhytidectomy). Surging consumer demand for skin tightening across North America, Europe, and the Asia-Pacific region has elevated microneedling pens from niche salon tools to core clinical assets.
As private-label skincare brands and medical spas seek differentiated device platforms, Shenzhen Fanrun Technology delivers end-to-end OEM/ODM manufacturing. We supply vertically integrated hardware that bridges clinical-grade performance with portable at-home ergonomic standards, reducing capital outlay for global brand owners.
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From custom motor firmware to medical-grade contact silicone, we control every production parameter in-house.
German-imported coreless DC motors regulated by custom microcontrollers. Delivers stable, jitter-free needle reciprocating frequencies (up to 18,000 RPM) to eliminate skin tearing and epidermal drag during loose skin sweeps.
Single-use needle cartridges equipped with anti-backflow silicone membranes to prevent fluid cross-contamination. Manufactured in ISO Class 7 cleanrooms, gamma-irradiated, and sealed in individual medical-grade blister packaging.
Skin-contact structures molded from platinum-cured liquid silicone rubber (LSR). Validated non-cytotoxic, hypoallergenic, and certified to meet FDA 21 CFR 177.2600 and EU REACH requirements for reactive skin.
Combined LED photodynamic arrays running alongside mechanical needles. Deep 630nm red light and 830nm near-infrared energy stimulate ATP in mitochondria, accelerating cellular turnover and rebuilding loose skin.
Real-world comparative data from clinical spas and independent brand partners using Fanrun OEM hardware.
Subjects underwent four bi-weekly sessions using the Biopen Q2 needle system at a controlled 1.5mm needle depth, followed by 20 minutes of 630nm red LED phototherapy. High-resolution ultrasound imaging confirmed a 31.8% average increase in epidermal-dermal junction density and visible tightening along the jawline.
"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!"
Certificates are authenticated by accredited third-party labs to simplify your customs entry and retail listing.
CERT · CE Medical
CERT · RoHS Standard
CERT · TUV Tested
CERT · SGS Food Grade
CERT · ISO 13485
Anti-counterfeit verification: Request certificate numbers from our compliance team to verify them directly on official TUV, SGS, or notified-body portals before placing volume orders.
Founded in 2013, Shenzhen Fanrun Technology Co., Ltd. consolidates industrial product design, precision tooling, cleanroom assembly, and micro-electronics engineering under one 200,000+ sqm production hub.
Configured to meet the clinical standards, regulatory profiles, and retail price points of diverse global markets.
Configured for licensed estheticians and dermatologists treating post-weight-loss laxity and postpartum abdominal skin looseness. Supports customizable needle depths (0.25mm to 2.5mm) with pedal-free digital toggles to integrate smoothly into busy multi-room medspas.
Built to satisfy rigorous EU Medical Device Regulation (MDR) standards. These configurations feature sterile single-use cartridge systems with safety lock-outs and emergency power-off sensors. Designed for doctors targeting submental double chins and delicate periorbital wrinkling.
Engineered with locked safety micro-depths (0.20mm to 0.50mm) for at-home tightening and enhanced serum absorption. Features magnetic wireless charging, custom brand colors, custom app sync capabilities, and luxury unboxing experiences.
Preview next-generation prototypes from our Shenzhen engineering labs, set for commercial release over the next 12 to 36 months.
Integrating 2MHz to 4MHz fractional radiofrequency within individual needle arrays. Emits controlled thermal energy directly into the reticular dermis to contract loose skin instantly while kickstarting neocollagenesis.
Replacing traditional steel needles with crystallized micro-pyramids made of cross-linked hyaluronic acid, copper tripeptides, and acetyl hexapeptide-8. These needles dissolve directly within the dermis to restore volume and firm saggy skin from within.
Smart derma pens featuring optical tactile sensors. The device continuously reads dermal elasticity, adjusting needle speed and stroke depth in real time to avoid tearing delicate, crepey skin while delivering consistent tightening energy.
Straightforward answers regarding tooling costs, regulatory submissions, minimum order quantities, and custom configurations.
Reliable, factory-tested platforms ready for rapid private-label deployment.
Dual-power engine engineered for continuous clinical operations targeting lax facial skin and deep wrinkles.
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Medical LLLT platform configured to increase microcirculation and rebuild structural scalp thickness.
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Targeted optical output concentrated on the nasolabial folds, jawline, and periorbital tissue to lift sagging skin.
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Flexible wrap-around design for full-body loose skin recovery across the arms, thighs, and stomach.
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TUV-certified skin-contact silicone that hugs facial curves to maximize photon transfer into loose tissue.
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Sterile surgical steel arrays (12/24/36/42 needles and nano-chips) engineered for uniform skin micro-channeling.
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High-output clinic workstation delivering calibrated therapeutic red and NIR wavelengths to firm loose skin.
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Compact, portable dermal device combining dynamic transdermal delivery with bio-light toning.
Explore SpecificationRequest our full B2B pricing catalog, verify regulatory test reports, and order production-grade engineering prototypes directly from our Shenzhen headquarters.
To verify authenticity, request the certificate number from our team and check it on the issuing body's official portal. Contact us