CNC Turning
Our CNC turning department offers precision machining services, producing parts with excellent surface finishes. We run a variety of machines, from Swiss lathes for high quantity, small diameter parts, to tool room lathes for manufacturing custom shafts.
Our CNC Turned Parts are used as...
Our Parts Can be Found in...
... industry leading manufacturing facilities spanning North America and beyond, we're your reliable B2B partner for critical manufacturing needs. We specialize in providing replacement parts, expansion components, and productivity-enhancing fixtures and gauges.
Aerospace Manufacturing Facilities
Molding and Die Casting Facilities
Food Manufacturing Plants
Automotive Manufacturing Lines
Steel Plants
Automation and
Robotic Cells
What is CNC Turning?
CNC turning is a precision manufacturing process that utilizes a computer-controlled lathe to create cylindrical or rotational parts. In this method, a workpiece is held in a rotating chuck while a cutting tool is moved along two axes to remove material, shaping the part to the desired dimensions. The "CNC" designation indicates that the lathe's movements are governed by computer programs, ensuring accuracy and repeatability.
The process begins with a digital design, often created using CAD software, which is then translated into G-code by CAM software. This code provides the lathe with precise instructions for tool movements, cutting speeds, and feed rates. The machine then executes these instructions, precisely shaping the rotating workpiece.
CNC turning is capable of producing a wide range of parts, including:
-
Shafts and spindles: essential components for rotating machinery.
-
Bushings and bearings: used to reduce friction and support rotating parts.
-
Fasteners and connectors: such as bolts, screws, and threaded components.
-
Custom components: for various industries, including automotive, aerospace, and medical.
CNC turning offers several advantages, including high accuracy, excellent surface finishes, and the ability to produce complex shapes with tight tolerances. Post-machining processes, such as threading, knurling, or surface treatments, can be applied to further enhance the part's functionality and appearance. Its ability to create precise, symmetrical parts makes it a vital process in many manufacturing sectors.
