Micro Injection Molding

Features of clean Miniature Medical Device Molding

High precision: The clean micro injection molding machine enables size control at the micron level, ensuring the exact size of each component, which is critical to the performance of medical devices

High cleanliness: The injection molding process is completed in a dust-free environment, meeting the strict hygiene and safety requirements of the medical industry, reducing pollution and defect rates

High consistency: During the production process, the size and shape of each component are completely consistent, which improves the overall reliability of the equipment

Efficient production: Through rapid prototyping technology, the production cycle is shortened and the efficiency of mass production is greatly improved

Application of clean micro-injection molding

Micro injection molded components is widely used in the medical field, including but not limited to the following aspects:

Manufacturing of precision medical syringes: Ensure that the dimensions of each component of the syringe are accurate and meet medical standards

Precision manufacturing of infusion and blood collection instruments: precision components of infusion sets and venous blood collection devices are produced

Innovative production of micro catheters and sensors: Meeting the demand for precision small components in the medical miniaturization trend

Precision manufacturing of biodegradable medical screws: Medical implants made of biodegradable materials such as polylactic acid (PLGA) are produced

High quality production of medical consumables: such as test tube racks, reagent bottles, cell culture dishes and other medical consumables used in high frequency

Complex construction of microfluidic devices: It plays an important role in the field of biomedical research and clinical diagnosis, especially in the manufacture of microfluidic devices

DELTA Precision exclusively focuses on manufacturing micro medical and healthtech devices. Our advanced micro injection molding processes ensure that vital components and devices meet the highest standards of precision, quality, and performance.