Shenzhen Yiki Beauty Co., Ltd. is a leading high-tech enterprise integrating R&D, structural design, manufacturing, and global sales of advanced aesthetic and beauty medical equipment. Established by a team of experienced industrial engineers, electronics developers, and clinical application researchers, our factory is fully optimized for custom OEM and ODM production.
From custom chassis modeling to advanced software user interface configuration, Yiki Beauty handles all processes under one roof. We optimize product architecture for CE, ISO, and global compliance regulations, giving beauty chains, clinics, and medical distributors the competitive edge they need to scale rapidly.
Medical-aesthetic platforms are transitioning towards multi-wavelength synergy. By integrating Nd:YAG, Diode Lasers, and High-Frequency Radiofrequency (RF) systems, clinics can now deliver rapid, customizable treatments with reduced down-times.
Aesthetic device distributors look for strategic manufacturing partners that can provide reliable technical components, such as imported German emitters, US laser bars, and Japanese cooling plates, combined with cost-effective assembly.
Global markets, including North America and the European Union, enforce strict medical regulations. Devices must comply with EMC directives, safety protocols, and biocompatibility indices to clear regulatory approvals smoothly.
Each system built by Yiki Beauty undergoes step-by-step assembly, functional stress-testing, and rigorous safety verification. Explore our specialized factory lines below.
Modern aesthetic treatments require a multi-disciplinary approach that combines laser physics, radiofrequency heating, and cryo-lipolysis. To provide maximum information gain, we break down the operational mechanics and applications of these technologies:
By utilizing sub-nanosecond pulse widths (e.g., 350ps), our picosecond systems create a powerful photomechanical shockwave instead of purely thermal action. This allows for selective breakdown of tattoo pigments and dermal melanin without inducing thermal damage to surrounding tissue structures. It is ideal for tattoo removal, hyperpigmentation, and skin texture revitalization.
Operating at a precise 448kHz frequency, this radiofrequency system modifies cellular membrane permeability, encouraging ionic movement and boosting tissue regeneration. Known clinical settings leverage CET (Capacitive Electrode Transfer) for surface hydration and vascularization, and RET (Resistive Electrode Transfer) to target denser fat tissues and musculoskeletal layers.
Dye Pulsed Light (DPL) uses a narrow spectrum of light (usually 500-600nm) to concentrate optical energy. This enables quick absorption by pigmentations and vascular lesions, offering dramatic improvements for spider veins, redness, and anti-aging treatments compared to traditional wide-spectrum IPL machines.
Whether you manage a cosmetic surgery clinic requiring medical-grade skin tightening solutions, or a veterinary physical therapy hospital needing deep acoustic-wave joint rehabilitation devices, Yiki Beauty designs custom programs. Our flexible production allows customizable power supplies (up to 5000W) and dual-screen displays to streamline system controls.
Understanding the engineering behind energy-based aesthetic machines is vital for distributors and brand managers. Here are the answers to core technical and commercial questions.
We provide complete full-cycle customization. This includes custom structural enclosure designs (industrial appearance styling, color matching, and material selection), branded user interfaces (GUI layout, clinical language translations, custom software logo displays), and technical hardware modifications. We can configure specialized parameters such as varying laser wavelengths (e.g., 532nm, 755nm, 1064nm, 1320nm), customized cooling systems, and specialized multi-handle outputs (e.g., Cryolipolysis systems featuring 4 to 8 active cooling pads).
Every device undergoes extensive electronic testing and voltage calibration. We integrate double-shielded energy power supplies and state-of-the-art water filtration loops to maintain safe interior temperatures. Prior to shipping, we test energy output calibration using clinical energy meters, verifying consistent laser spot energy delivery. Additionally, all devices comply with primary international certification standards, including CE and ISO, ensuring compliance for export and clinical distribution.
Yiki Beauty coordinates door-to-door international logistics, custom clearing assistance, and secure shrink-wrap industrial packaging. For technical support, we supply distributors with essential spare parts, visual maintenance instruction manuals, and directly link our hardware engineers with your local technicians. We also provide online support to quickly resolve technical queries, limiting clinic downtime.
Lasers generate high thermal energy within a fraction of a second. Without proper cooling, the laser bar can degrade, causing power fluctuations or handle failure. We utilize active cooling systems combining copper radiators, high-performance fans, and thermoelectric peltier components (TEC) alongside purified water filtration. This maintains safe crystal temperatures below 5°C, ensuring painless patient treatments and continuous device operation in busy aesthetic clinics.
Traditional Q-switched lasers operate within the nanosecond range (10^-9s), using photothermal energy to heat up and break down target pigments. Picosecond lasers (operating at 10^-12s pulse widths, such as our 350ps systems) deliver energy so rapidly that they create a photomechanical shockwave. This shatters target melanin into tiny particles that are easily cleared by the lymphatic system, minimizing skin irritation and reducing the overall number of treatments needed.
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