Lightweight design: Compared with metal materials, the weight is reduced by 60% - 80%, which effectively reduces the overall weight of medical equipment, facilitates the movement, installation and maintenance of equipment, and is especially suitable for portable medical equipment, improving the convenience of use.
Excellent corrosion resistance: Medical-grade plastics have excellent tolerance to chemical reagents such as alcohol and sodium hypochlorite disinfectants commonly used in medical environments, without deformation, fading or chemical reactions, extending the service life of parts and ensuring long-term stable operation of equipment.
Good insulation performance: With reliable electrical insulation, it can effectively isolate current and prevent leakage risks, provide safety protection for electronic components of medical equipment, and ensure the safety of medical staff and patients.
High precision and adaptability: Using high-precision injection molds and CNC machining technology, the dimensional accuracy is controlled at ±0.1mm, which is precisely matched with medical equipment components. At the same time, different shapes, sizes and surface textures can be customized according to needs to meet diverse installation requirements.

Easy to clean and low maintenance: The surface is smooth and flat, not easy to adhere to stains and bacteria, and easy to clean and disinfect; good wear resistance, no frequent maintenance is required during use, and the operating cost of the equipment is reduced.

Test items	Testing standards	Significance of detection
Material safety	Complies with ISO 10993 biosafety standards	Ensure safe contact with the human body
Dimensional accuracy	±0.1mm	Ensure precise coordination with equipment components
Chemical corrosion resistance	Passed 72-hour common disinfectant immersion test	Adapt to complex medical environments
Insulation resistance	≥10^12Ω	Ensure electrical safety

Materials and craftsmanship: Medical-grade PP (polypropylene), PE (polyethylene), ABS (acrylonitrile-butadiene-styrene copolymer) and other materials are selected, all of which have passed biosafety certification, are non-toxic, odorless, and non-allergenic. The production process adopts high-precision injection molding technology, and the mold accuracy reaches μm level to ensure the precise size of the product; the surface is polished, and the roughness Ra≤0.8μm, which reduces the risk of bacterial attachment. Some products can also be treated with antibacterial coating to further improve the hygiene performance.
Specifications and customization: A variety of standard specifications are provided, with base sizes ranging from 50mm×50mm to 200mm×200mm, and raised structure heights of 10mm to 50mm. At the same time, customized services are supported. According to the special design requirements of customers' medical equipment, the product shape, size, installation hole layout, and special color identification can be customized to meet personalized needs.
Application scenarios: In medical testing equipment, it is used to fix and support sample racks and test modules to ensure accurate sample transmission and testing; in infusion pumps and syringe pumps, it is used as a pipeline fixture to prevent the infusion tube from shifting and winding; in rehabilitation training equipment, it supports and fixes the mechanical arm and training equipment components to ensure patient training safety. In addition, it can also be used in the internal structural parts of the medical equipment shell to play a supporting and connecting role.