CNC Turning

Provide available part drawings, specifications, CAD models, material requirements, quantities, tolerances, and any inspection or documentation requirements. Material details should include the required grade or steel alloy when applicable, along with performance requirements such as corrosion resistance. Sharing this information upfront helps confirm equipment fit, machining requirements, and an accurate lead time for the part.

Yes. CNC turning can be coordinated with CNC milling machines, grinding, EDM, finishing, and inspection when a component requires additional features, tighter geometry control, or specific surface finishes. Combining the appropriate machining processes can also help establish an efficient, cost-effective manufacturing approach for complex parts.

Total Manufacturing's state-of-the-art CNC lathes and vertical turning equipment support parts up to 45.5" in diameter and 49.4" in length. The department includes machines capable of handling both smaller precision components and large-diameter work, with exact capacity depending on part geometry and the equipment best suited to the job.

CNC turning is a computer numerical control manufacturing process in which the workpiece rotates while cutting tools remove material to create the desired shape and dimensions. The process is commonly used to produce highly accurate cylindrical and rotational CNC machining parts such as shafts, rollers, pins, sleeves, and bushings.