Whether large or small, precision machining allows the greatest possible perfection in production, thanks to technology, cutting tools and all the machinery used in such processes.
The industrial sector is the sector where such machining is most needed to obtain highly complex precision parts for specific uses, such as the pharmaceutical or automotive industry, to enable the creation of prototypes, etc.
Precision Machining and Prototyping
Thanks to precision machining, rapid prototyping is possible for the production of various devices, as thanks to the multi-axis cnc machining technology, maximum accuracy, repeatability and consistency are guaranteed.
Creating prototypes using precision machining offers many possibilities for creating unique parts and the necessary series quantities. These prototypes can be used in the medical field for complex surgical treatments, implant production, medical tools and more.
Components in the medical field must be completely safe and provide precise parts that are durable and often achieve smooth surfaces. In these cases, the best precision machining option is cnc machining, as they are machines that work on multiple axes, which allow the raw material to be cut in various ways, such as by removing material to form geometries, using specific tools such as electric tool. This method allows parts, even complex designs, to be reproduced with complete accuracy and consistency.
At Pintejin, we manufacture perfect parts through precision machining for many fields, such as laboratory parts, viscometry parts or electro-medical parts.
We are committed to manufacturing such components using high-quality materials such as architectural steel, stainless steel, brass, bronze, aluminium alloys or technical plastics.
Technical plastics in the medical field propose high tolerances and precise measurements in the medical field. Engineering plastics used in the medical field can provide a large number of components quickly and cost-effectively. Technical plastics in the medical field offer many options, such as versatility and safety for single-use products, magnetic resonance equipment, and more. It is lightweight and durable, easy to sterilize, cost-effective and easy to assemble, has high mechanical and thermal capacity, and offers high strength.
For more information on precision machining, the creation of medical prototypes, the production of unique parts or to learn more about each of our services, you can contact us through our website.