The use of precision machining companies has become an important manufacturing requirement across many industries. If a manufacturing task requires precision and high-quality components, computer numerical control (CNC) precision cutting tools are a must for requirements with tight tolerances.
While observers may feel there are restrictions on what precision machining can do, the industry uses many tools and processes to create different finished product types. Milling, turning, and cutting are just some of the methods used.
A CNC mill helps to take raw materials and reshape these with a rotating cutting tool. CNC turning, on the other hand, involves the raw materials being rotated while the cutting tool remains stationary. A CNC plasma cutting machine is a high-powered solution for cutting metal materials like stainless steel with high precision. Other machines include grinders, drill presses, and electrical discharge machines (EDM).
The precision machining process comes with numerous benefits. It offers competitive pricing, improved lead times, and better performance and reliability for finished products. Another advantage is the wide range of applications precision machining can be used for, with it compatible with various materials like metals and plastics. It is also used in many industries, including the:
Medical industries benefit greatly from precision machining. Because of tolerance specifications, healthcare equipment demands precision of the highest level. Implants, orthotic devices, MRI matches, safe enclosures, etc., all have tight tolerances, and only precision machining can meet those requirements.
The automotive industry has undergone a significant technological revolution, and this is helped with precision machinery during the manufacturing process. Before a vehicle manufacturer moves forward with full-scale production, they use precision machining to produce high-quality prototypes. They can then perform market testing and analyse if any changes are necessary to the design.
Along the same lines as the aforementioned automotive industry, aerospace and aircraft vehicles must maintain a high level of precision and accuracy across their build. If any parts feature errors, this could lead to people’s lives being endangered. As a result, high-precision machining is necessary to create important components for the aerospace industry. These parts include manifolds, bushings, and landing gear ports.
Precision machining assists armed forces with developing their defence systems. CNC machining is used to bring new designs into existence, providing added quality and saving time in the process. With this technology, the arms industry can make everything from communication components to ammunition for weapons.
For the electronics industry, there is a continually growing demand for more powerful yet smaller parts. These have to be both lightweight and compact, as well as maintain tight tolerances. That is where machined parts with precision machining assist the industry. Circuit boards, heat sinks, and semiconductors are examples of components made with CNC machines.
If you require further information about what precision machining can be used for, including if it’s suitable for your own project, do not hesitate to contact us. We are always happy to help.
