Lathe machining would match the following items very well: Rotary components with high degrees of precision required Complex surface shaped rotational components. rotary components using lateral machining. Ultra-low surface roughness parts and ultra-precision components. Components having unique threads.

Machining time, start-up cost, material cost, and feature cost help to break out the key expenses connected to CNC machining. You must know how these elements affect expenses if you want to lower them.

– Design the process that can be rapidly handled, so go to choosing the proper inner corner radius, lowering the cavity depth, increasing the wall thickness, restricting the thread length, and creating holes of uniform size, helps to save machining time.

– Considering the size of the needed blank and the cost and machinability of bulk materials, softer alloys process faster, helps one to lower the material cost.

– Reducing the amount of component rotations or repositioning needed to finish the part, that is, separating the geometry into many sections that might be completed later, helps to lower start-up costs.

– Using tolerances only when strictly necessary, deleting all text and letters, and avoiding multiple surface treatments can reduce feature costs.

Read more detail in our complete guide on how to reduce the cost of CNC machining parts.

Components ranging from car parts, knobs, tubes, gears, toy parts, flywheels, crankshafts, hubs & disc cams are created using CNC turning. Online CNC component production for automotive, aerospace, medical, and other sectors most usually uses it.

Using live tools with powered rotary tool turret, twin spindles, Y-axis, and multiple turrets, CNC turning center, equipment or machines for CNC turning service, is a computer-operated 3, 4, or 5-axis machine with capabilities of turning, drilling, tapping, and milling. Though essentially made of headstock, carriage, tailstock, and bed, CNC lathe machines have simplified 2-axis with one spindle.

– The constructions of CNC turning centers are more complicated than those of CNC lathes.

– Higher manufacturing capacity and adaptability of CNC turning centers over CNC lathes define them.

– Generally speaking, CNC lathes are flat-bed type; turning center typically slant-bed type.

– While the turning center is usually fitted with complete enclosures to prevent chips and coolant splashes within the machine, the lathe’s protective enclosures are quite modest.

Precision CNC turned components may be subjected to heat treatments to enhance their main characteristics like hardness. Metal pieces may be heated all through the production process.

– Hardening: Hardening reduces the ductility but also helps the material to become stronger.

– Annealing: To get the required microstructure, metal pieces are heated to a very high temperature and then gradually cooled.

– Normalizing: Normalizing helps to release internal tensions developed during machining operations.

– Quenching: Heating the metal to a very high temperature then quickly cools it.

The most important difference is that CNC milling spins the tool to cut the component whereas CNC turning turns the part for cutting. Going further, CNC turning will usually be employed for cylindrical components as you depend on the part itself to spin and provide friction to remove material when the cutting tool is put against it. Conversely, since CNC milling is the cutting tool rather than the material, that is spinning, it may produce more intricate pieces.