Disposable Medical Supplies Processing
Medical injection molding is an efficient and precise machining method, suitable for the manufacturing of various high-precision, high-quality, and high demand medical devices. By injecting melted material into a metal mold, solidifying and forming it, and then demolding it, the desired product is obtained. Compared with traditional production methods, medical injection molding has the following advantages:
1. Efficiency: Injection molding machines can manufacture products in one go and simultaneously produce multiple molds, thereby shortening production time and improving efficiency.
2. High precision: Mold design and injection molding machine operation can accurately control parameters such as injection volume, temperature, speed, and pressure, resulting in better quality repeatability.
3. Cost savings: Injection molding waste is not wasted and can be fully recycled. By repeatedly using the material after extrusion, the recycling effect is greatly improved.
Biocompatibility refers to the degree of biological reactions caused by the contact between these medical devices or disposable medical supplies and living organisms, including adverse reactions, allergic reactions, etc. Therefore, for manufacturers and contract manufacturers of disposable medical products, ensuring product biocompatibility is crucial. The specific requirements include the following aspects:
1. Material selection: In the process of OEM processing of disposable medical supplies, it is necessary to first select reasonable raw materials based on biocompatibility and medical applications
2. Production environment: Strengthen the environmental hygiene management of production sites, control the number of microorganisms in air, water, etc., and ensure the qualification rate.
3. Production process: Introduce modern management concepts, adopt scientific and rigorous production processes, and strictly control every link from raw material procurement to product delivery.
4. Product testing: Conduct comprehensive quality testing on the product, including multiple indicators such as biodegradability, non toxicity, sterility, and no carcinogens, to ensure that the product meets biocompatibility requirements.