R&D Center

Research and development and production of beauty equipments

Overview of Production Capabilities

1.We possess a standardized medical aesthetic equipment production base, specializing in the integrated manufacturing of laser and other optoelectronic medical aesthetic equipment, encompassing R&D, production, assembly, testing, and quality control. We strictly adhere to medical device manufacturing standards throughout the entire process. From the arrival of core components to the shipment of finished products, we follow standardized operations and implement full-process independent control, possessing large-scale, batch production capabilities and ensuring the stability, safety, reliability and effectiveness of our equipment! 2.Production Site: Standardized and meticulous operation, Core motherboards, RF components, Optoelectronic light sources, and Chassis components are precisely assembled with each process undergoing rigorous quality control. The entire production line maintains strict control over precision and quality from component selection, circuit soldering, structural assembly to functional debugging, safety performance testing, radiation and power calibration, surface polishing and disinfection—each step is traceable and verified. Before leaving the factory, equipment undergoes long-term continuous operation aging tests to ensure stability, safety and a long service life.

Process Flow

1.Component Selection: Key components such as laser modules, laser power supplies, cooling systems, motherboards and handles undergo unified inspection and selection to control quality from the source. 2.Precision Assembly: Structural assembly, circuit connections, water circuit connections and optical path calibration are completed according to process specifications and standards with clear procedures and standardized processes. 3.Aging Test: The equipment is continuously powered on and operated at full load to simulate high-frequency usage scenarios, ensuring long-term stability and reliability. 4.Performance Calibration: Key indicators such as laser energy output, water flow rate, circuit output, temperature control accuracy and mode switching are calibrated one by one. 5.Safety Testing: Multiple safety indicators, including circuit safety, insulation performance, heat dissipation effect, leakage and over-temperature protection mechanisms are rigorously tested. 6.Outgoing Quality Inspection: A four-level quality control system is established, encompassing incoming material inspection, in-process inspection, finished product inspection, and final outgoing inspection. After passing full-function re-inspection, the equipment is uniformly packaged and stored to ensure that it is a high-quality product upon leaving the factory.

Core Technologies

1. Precision Optical Technology: Employing a professional light source control system and optimized optical path design, this technology enhances energy output stability and treatment precision, while reducing the risk of side effects. 2.Intelligent Temperature and Energy Control Technology: Real-time temperature monitoring, over-temperature protection, and closed-loop energy control enable precise regulation, ensuring a safe and controllable treatment process. 3.Multi-mode Integrated Technology: Integrating multiple technology modules such as light source, cooling, circuitry, and software into a control system, this technology meets the clinical needs of different skin types and indications, enhancing the overall application value of the equipment. 4.Human-computer Interaction and Intelligent Operating System: Supporting a visual interface, parameter presets, data recording, and treatment tracking, this technology simplifies operation and makes maintenance more convenient. 5.Structural Engineering and Safety Protection Design: Adhering to medical device safety standards, this technology comprehensively ensures the long-term stable operation of the equipment through improvements in circuitry, heat dissipation, and mechanical structure. 6.Clinical Validation and Data Optimization Technology: Continuously iterating algorithms and parameter models based on clinical feedback improves the clinical efficacy and user experience of the equipment.

Professional Testing

We have a professional R&D team composed of experts in optical engineering, electronic circuits, precision mechanics, software algorithms, clinical medicine, and structural design. With years of experience in medical aesthetic devices, the company has the capability to develop the entire chain of R&D, from core component development and overall device design to algorithm optimization and testing and verification, ensuring that every product is technologically advanced and has stable performance. Electromagnetic Interference (EMI) Testing of Laser Beauty Equipments：Ensures that the instrument functions normally and maintains stable parameters such as energy and pulse width when subjected to various electromagnetic interferences, complying with international medical device regulations in Europe and the United States, and obtaining certification for market launch. Electromagnetic Emission Detection of Laser Beauty Equipments：When the laser instrument is working, the electromagnetic waves it emits do not interfere with itself or other devices, complying with European and American medical device requirements and are compliant, safe and certified for market sale. EMC Safety Testing for Laser Beauty Equipments: Verify that the laser instrument is electrically safe and reliable, with no risk of electric shock or fire; control electromagnetic emissions to prevent interference with surrounding medical facilities; ensure strong resistance to electromagnetic interference, stable energy, and reliable operation; meet European and American medical device EMC and safety regulations, ensuring personal safety, equipment stability, electromagnetic compatibility and legal market access.

Patents and Certifications

We possess a comprehensive portfolio of invention patents, utility model patents, design patents, and software copyright certificates, covering a wide range of areas including optical paths, laser emission, hair removal algorithms, cooling structures, circuit control and overall device appearance. Qualifications and Standards Backing: – Complies with ISO13485 Medical Device R&D Quality Management System – Developed according to IEC60601, EN60825, and EN62471 international optical safety standards – Can be adapted for early-stage development for certifications such as NMPA, CE-MDR, FDA, KC, and PSE