Machined Shaft With Flange Mount

Concentricity between the machined cylindrical body and the mounting flange face is a critical checkpoint for this assembly, ensuring stable alignment in mechanical systems. The geometry integrates a precision-turned shaft section with a perpendicular bracket interface, serving as a reliable connection point for levers, actuators, or rotating components where angular positioning is required.

Manufacturing relies on turning operations to achieve consistent outer diameter tolerances and smooth surface finishes along the shaft length, while secondary milling defines the flat mounting surfaces and bolt hole locations on the flange. Threaded ends are cut to standard specifications to facilitate secure fastening, requiring careful control of thread depth and lead accuracy to prevent assembly issues. The transition zone between the round shaft and the flat bracket demands rigid fixturing to maintain perpendicularity and prevent deformation during machining.

Production is supported by CNC lathes and milling centers capable of holding tight positional tolerances across mixed batches. Material selection typically involves carbon steel or alloy steel for strength, though stainless options are available for corrosion resistance depending on the operating environment. Submitting a detailed drawing with specific requirements for thread class, surface roughness, and heat treatment allows for accurate process planning and cost estimation tailored to your application needs.