Many of our materials meet the specific requirements regarding reusability, cleaning, disinfection or sterilization, chemical resistance and the necessary mechanical strength of medical and surgical instruments.
All these applications also place the highest demands on tolerances, tactile feel and appearance. Through further processing, we can ensure a clean surface finish and a burr-free finish
Compared to metal instruments, medical plastic components allow X-ray transparency, are non-magnetic and can also be color-coded. For cutlery and applications in the operating theater, the low weight of plastic instruments contributes to gentle handling, even during prolonged use
We can also manufacture medical injection-molded components for neurosurgery, such as head mounts or trial implants. We produce the complex shapes and design geometries required for this with high precision and efficiency using our injection molding technologies.
Our injection molded medical products are used, among other things, in diagnostic and operating theater equipment, where they take over important mechanical functions, such as dry lubrication, reduce wear and ensure the necessary mechanical strength.
Long-term resistance to X-rays and continuous operating temperatures of 260 °C, e.g. for computer tomography (CT), can also be achieved with injection molded components made of high-performance plastics.
We can injection mold our own thermoplastic composites into medical components that are used, for example, in operating theater robots.
In medical technology, some components also require individual machining to achieve special contours and accuracies. Injection molding of blanks significantly increases the material variety and selection options. In addition, material losses and thus costs can be significantly reduced through near-net-shape injection molding.
We have many years of experience in the production of such blanks and can also reliably injection mold larger wall thicknesses without cavities.
We offer completion by CNC machining as well as assembly of subassemblies from a single source
