CNC PRECISION MACHINING
Computer numeric control (CNC) machining is a process that automates the operation of machine tools via precisely programmed computer commands. CNC machining became the industry standard in the late 1960s and has remained a preferred machining method to this day. CNC precision machining can produce numerous types of complex parts and components with a high degree of accuracy. Machines and tools that can be controlled via CNC machining include lathes, grinders, routers and mills.
We are a Top CNC Lathe Machining Parts Company
Eastar company has everything needed to produce the best custom-made metal CNC machining parts for our diverse customer base. Our services include CNC lathe machining that is ideally suited for producing intricate parts where precision and accuracy are of the utmost importance. Our CNC lathe machining parts capabilities range from very small to large capacities. And, when you choose us for your CNC lathe machining needs, you’re assured of receiving a finished product that will exceed your high standards in terms of quality, accuracy and precision.
We Also Offer Expert CNC Milling Service
Our CNC turning and milling service is an excellent solution for creating parts featuring complex shapes and high dimensional tolerances, while providing a cost-effective solution for short production runs. CNC precision milling can produce virtually any 2D or 3D shape where the material can easily be reached by the rotating cutting tools.
5-AXIS CNC MACHINING SERVICE
5-axis machining entails the use of computer numeric control to move a workpiece along five different axes simultaneously. This allows a level of high-precision machining of very complex parts that is far beyond what other machining techniques can provide.
5-axis CNC machining and five-sided milling also produce the smooth surface finish that is essential for many manufacturing applications. Despite its utilization of advanced technology, 5-axis CNC machining provides superior results at an extremely affordable price point. This machining process is a preferred choice in the aerospace industry, which is renowned for requiring precise and accurate machining of complex parts.
