Shenzhen Aidiesin Industrial Co., Ltd. is committed to providing excellent customer service and satisfaction. As an industry-leading manufacturer of high-precision beauty and clinical phototherapy devices, we integrate advanced optical research with state-of-the-art production pipelines. Our manufacturing facility specializes in custom LED engineering, targeted wavelength formulation, and medical-grade aesthetics hardware.
The company's commitment to innovation is reflected in their LED therapy machines. These devices harness the power of LED light to address a variety of skin concerns and promote a healthy and youthful complexion. With different modes and customizable settings, users can enjoy a personalized skin care routine in the comfort of their own home.
In addition, Aidiesin is also committed to the research and development of beauty salon instruments, researching and developing a series of fat blasting machines, EMS sculpting machines, and facial beauty instruments. It enjoys a reputation of "high-end", "cutting-edge", and "high-quality" in the beauty industry globally.
The integration of non-invasive light therapy into systemic dermatological treatment and wellness protocols represents a monumental shift in clinical aesthetics. Light Emitting Diode (LED) therapy operates via the principle of photobiomodulation (PBM). By delivering specific, narrow-band wavelengths of light directly to cellular structures, LED arrays stimulate mitochondrial chromophores—specifically cytochrome c oxidase—catalyzing the synthesis of adenosine triphosphate (ATP). This energy upregulation promotes collagen synthesis, accelerates cellular repair, and downregulates inflammatory cytokines.
Our systems maintain narrow emission bands (±5nm tolerances). The spectral options range from deep Blue (415nm) targeting P. acnes, Red (630-660nm) promoting structural neocollagenesis, to Near-Infrared (830-850nm) to maximize subcutaneous penetration depth.
Thermal stability directly influences LED irradiance output and lifespan. By utilizing heavy-gauge aluminum core PCBs, high-conductivity thermal interfaces, and micro-fan convection arrays, we maintain junction temperatures below 55°C.
Integrated microprocessors allow the configuration of pulsed or continuous-wave power delivery. Dynamic duty cycles optimize tissue exposure intervals, reducing photo-thermal adaptation and maximizing cellular reaction rates.
The global phototherapy market is witnessing an unprecedented compound annual growth rate (CAGR), driven by the convergence of aging demographics, expanding skincare consciousness, and advancements in solid-state lighting technology. Geographically, North America and Western Europe remain the primary epicenters of consumption for commercial clinical setups, while the Asia-Pacific region dominates both component supply and fast-evolving localized consumer device markets.
As a leading Chinese custom LED therapy exporter and factory situated in Shenzhen, we bridge the gap between high-level industrial design and cost-efficient mass manufacturing. The central challenge in the current global market is balancing optical power output—often measured as irradiance (mW/cm²)—with user safety and device longevity. Many low-tier manufacturers sacrifice component quality, resulting in rapid wavelength shifting and severe optical power decay within less than 1,000 hours of operations. Shenzhen Aidiesin Industrial Co., Ltd. addresses this gap by implementing industrial-grade Cree and Osram LED dies coupled with intelligent constant-current drivers, maintaining uniform power output across extended lifespans.
The company attaches great importance to quality control, ensuring that each product undergoes rigorous testing and inspection before entering the market. We have complete experience in product design and research and development, backed by excellent engineers, optical scientists, and manufacturing specialists.
Our quality control protocol incorporates spectrometer profiling, spatial irradiance mapping, high-temperature environmental aging rooms, and electrical safety compliance testing. We also have a highly responsive after-sales feedback loop, which can promptly inspect and correct product concerns. Please rest assured that every device leaving our facility is certified, documented, and fully qualified!
Navigating global regulatory landscapes is critical for commercial importers and distributors of aesthetic and medical hardware. To guarantee frictionless custom clearance and retail operations, our phototherapy and multi-functional body sculpting devices are designed and manufactured in strict compliance with key international standards:
Our products bear the CE certification, fulfilling all regulatory requirements under the Medical Device Regulation (MDR 2017/745), ensuring safe placement across all EU member states.
We support electrical safety testing according to UL 60601-1 standards and provide detailed technical files to streamline your FDA clearance processes.
Custom localizations include custom plug configurations, broad voltage power supplies (110V-240V), multilingual user guides, and specialized ISTA protective shipping crates.
Full lifecycle engineering support, covering electrical optimization, optical diagnostics, and continuous hardware/software maintenance.
From custom housing design, shell coloring, logo embossing to proprietary LED spectrum tuning tailored to your targeted demographics.
An integrated organization comprising design, production, sales, and logistics divisions, guaranteeing seamless supply chain execution.
Our family coordinates closely with overseas procurement offices, providing immediate communication and localized regulatory assistance.
Professional-grade phototherapy and body sculpting equipment must adapt seamlessly to the structural needs of diverse target markets. By understanding local business architectures, we optimize our product delivery workflows for three primary environments:
Eliminates persistent hair problems, bringing users smooth and healthy skin. Ideal for high-turnover metropolitan beauty clinics looking for reliability and high patient comfort.
Combines physical micro-vibration and cavitation for multi-purpose face and body fat reduction. Designed for modern health, fitness, and medical weight loss clinics.
Utilizes electromagnetic waves to construct deep muscle tissue while melting localized fat reserves, maximizing clinical throughput and user workout-free outcomes.
Hydradermabrasion integrated with active oxygen infusion. The standard of care across high-end medi-spas, aesthetics franchises, and advanced beauty hubs globally.
As solid-state semiconductor laser systems continue to scale down in cost and up in efficiency, the next generation of phototherapeutic skincare devices will move toward hyper-personalized, sensor-driven operations. Our technical roadmap highlights our focus areas for the next 3 to 5 years:
Integrating multiple narrow-band LED chips (630nm, 830nm, and 415nm) within a single matrix. This allows combined treatment protocols without swapping panels, reducing treatment times by up to 50%.
By incorporating miniature optical skin tone sensors within device contact heads, future systems will dynamically calibrate irradiance to prevent thermal damage in higher Fitzpatrick skin types.
Smart connectivity modules will allow aesthetic clinics to monitor usage logs, upload skin condition maps, and push personalized light therapy formulations remotely via cloud interfaces.
A: Depending on the specific system configuration, our clinical LED arrays deliver irradiance levels ranging from 45 mW/cm² up to 105 mW/cm² at a distance of 10 cm. This enables highly efficient photobiomodulation treatments within typical clinical sessions of 10 to 20 minutes.
A: Yes. As an integrated factory, we can customize spectral configurations to target specific skin layers. We routinely design PCB matrices incorporating deep blue (415nm), amber/yellow (590nm), red (630nm/660nm), and near-infrared (830nm/850nm) LEDs with precise narrow-band emissions.
A: Our quality control protocol involves continuous testing. LEDs undergo spectrum validation in integrating spheres prior to assembly. Completed devices undergo a mandatory 48-hour burn-in phase to check for circuit stability and thermal management before packaging and export.
A: Our systems carry CE certification, RoHS conformity, and ISO 9001/13485 manufacturing line validations. We provide full technical documentation to assist our B2B customers with local medical device listings and import procedures.
Aidiesin
