Turning Diameter 400–500 mm

Flat-bed CNC lathes with turning capacities between 400 and 500 mm are an excellent option for companies seeking machines that combine power, stability and versatility. These lathes are perfect for machining parts larger than standard models but not requiring extreme dimensions – for example, shafts, sleeves, rings and medium-sized structural components.

CNC Lathes with Turning Diameter 400–500 mm –Key Features and Benefits:

Large turning diameter – the 400–500 mm range allows machining of a wide variety of industrial components, providing excellent production flexibility.

Flat-bed, robust construction – improved part support, reduced vibration, superior surface finish and dimensional accuracy when machining heavier or mid-sized workpieces.

Advanced CNC control systems – models offered with Siemens / Fanuc control for access to standard turning cycles, threading, and internal/external machining functions.

Various chuck options – manual or hydraulic chucks, sometimes with driven tool options to expand machining capabilities.

Ideal for medium-batch and single-part production – user-friendly operation, compact size within this class, and solid performance at a moderate investment level.

Applications of CNC Lathes with Turning Diameter 400–500 mm

For manufacturing plants producing medium-sized parts such as machine elements, industrial equipment components, metal structures or automotive parts.

For workshops requiring a larger turning diameter for more demanding operations without investing in very large lathes.

For companies that prioritise high surface quality, repeatability and solid machining performance across various materials.

Why Choose Our Range:

We offer CNC lathes with turning diameters of 400–500 mm in various configurations: manual or hydraulic chucks, different turning lengths (e.g. 700, 1000, 1500 mm), and CNC control systems from renowned brands.

The flat-bed design ensures stability and smooth slideway movement, resulting in higher-quality machining.

Machines can be customised with driven tools, automatic cycles, and cooling/lubrication systems to enhance efficiency and reduce operating costs.

Service support and spare parts availability for CNC machines – essential for minimising downtime and operational costs.