Manufacturing Process
20,000m² facility equipped with cutting-edge technology for seamless production, precision manufacturing for custom beauty device needs.
Advanced Manufacturing Process
Design and Development
At the initial stages of the production process, we conduct comprehensive product design based on market demand and customer-provided plans. This stage includes functional design, aesthetic design, and technical design. We carry out market research, analyze competitor products, and identify user needs to ensure that our products meet consumer expectations in both functionality and aesthetics.
Material Selection
Once the design plan is finalized, we select appropriate materials based on the product’s functional and aesthetic requirements. This includes shell materials (such as ABS, PC, or other plastics and metals), electronic components (such as circuit boards, sensors, LED lights, etc.), and other key parts.
Circuit and Function Development
The development of circuits and functionality is a core part of the entire production process. We continuously experiment and optimize electrical components such as sensors, converters, and processors to ensure the quality and functional stability of the device. Through multiple iterations and testing, we achieve precise temperature control, intensity adjustment, and other smart features to ensure product safety and effectiveness during use.
Mold Manufacturing
Based on the final design drawings, we produce molds for the product shell. This process requires high-precision machining to ensure the molds accurately reflect the design requirements. The quality of the mold directly affects the outcome of the subsequent injection molding process, so we strictly control every step of mold manufacturing.
Injection Molding
Using injection molding machines, we inject selected plastic materials into molds to form the product shell. Injection molding is an efficient production process that allows for rapid mass production of consistent shells. We adjust the injection parameters based on different product requirements to ensure the strength and aesthetic quality of the shell.
Electronic Component Assembly
After the shell is formed, we assemble electronic components such as circuit boards, sensors, and LED lights into the product. This process requires precise handling to ensure stable and reliable connections between components. We use a combination of automated equipment and manual labor to improve assembly efficiency and accuracy.
Functional Testing
Once assembly is completed, we conduct comprehensive functional tests to ensure all features work properly. This includes testing for heating, temperature control, massage intensity, and other functions to verify product performance in actual use. Through rigorous testing, we can promptly identify and resolve potential issues, ensuring the product’s reliability.
Surface Treatment
To enhance the product’s appearance, feel, and durability, we apply surface treatments such as spraying, polishing, electroplating, or other processes. These treatments not only improve the product’s aesthetic appeal but also enhance its resistance to wear and corrosion, thus prolonging its service life.
Quality Inspection
After processing, we conduct thorough quality inspections to ensure the product meets relevant standards and requirements. The quality inspection includes checks for appearance, functionality, and safety assessments. We adhere strictly to international standards to ensure that each product meets high-quality requirements.
Packaging and Shipment
Finally, the qualified products are packaged and prepared for shipment to customers or the market. We choose appropriate packaging materials to ensure product safety during transportation. Additionally, the packaging design takes into account the brand image and user experience, aiming to attract consumers visually.