The right budget, the right model
A CNC lathe price is never a single number; it depends on chuck size, spindle power, axis configuration (C/Y axis), control unit and options. This page explains the factors that determine CNC lathe price and how to get an accurate quote.
Chuck size (6–24 inch) directly drives price. Choose a chuck no larger than the largest diameter you actually machine.
A C axis and live (driven) tooling enable milling and drilling in one setup but raise the price. Don't add axes you won't use.
FANUC, Siemens and Mitsubishi controls affect price. A control that matches your operators' experience is cheaper in the long run.
Bar feeders, parts catchers, chip conveyors and probes all add cost; choose only what your production line needs.
Chuck size, turning length, spindle power, axis configuration (C/Y), the control unit (FANUC/Siemens) and options such as bar feeders and probes. Two machines that look alike can be priced very differently.
It ranges widely by machine type and configuration. Taiwanese CNC lathes are typically 20–40% more affordable than Japanese or European equivalents in the same accuracy class. The exact price is fixed by quote based on your part.
A slant-bed design needs a more complex casting and guideway structure, so it can cost slightly more than a flat-bed of equal capacity. In return you get better chip evacuation and thermal stability — worth it for serial production.
Yes. A C axis requires controlled angular motion of the main spindle and usually live (driven) tooling; this hardware raises the price. If you don't mill or drill on the side face, skip the C axis.
Send the maximum diameter, length, material and monthly quantity of the part you machine. These four data points are enough to pin down the right model, configuration and price.
Part diameter, length and quantity — and the right model and price become clear.