TELFORD is a high precision CNC lathe manufacturer with more than 20 years of machine-tool engineering and manufacturing experience. Our precision CNC lathe range is designed for accurate and repeatable turning of shafts, discs, sleeves, flanges and other metal components used in automotive, railway, aerospace, medical-device and general machinery production. Available models cover compact batch turning, long-shaft machining, heavy cutting and automation-ready applications, with configurable CNC controls, chucks, tool setters, chip conveyors, measuring probes and robotic loading. Send us your part drawing, maximum diameter and length, tolerance, batch size and target cycle time for a suitable machine recommendation.
TELFORD precision lathes cover standard CNC turning, compact gang-tool machining, turret-based batch production and integrated turn-mill processing. Select the machine type according to part geometry, required operations, batch size, tool capacity and automation needs. Parts dominated by OD/ID turning, facing, boring, threading and grooving usually fit a CNC lathe, while parts with cross holes, flats, slots or side milling should be evaluated for a turn-mill solution.
Featuring a high-rigidity bed, box-type guideways or precision linear guides to minimise cutting vibrations and deformation, ensuring long-term stability. Equipped with precision bearings and low-runout spindles, it delivers stable rotational speeds to guarantee workpiece roundness and surface finish. Optimised cooling and heat dissipation systems minimise spindle and guideway thermal expansion, preventing accuracy drift caused by elevated temperatures. Enhanced dimensional stability through premium cutting tools and tool holders. Regular clearance compensation, parallelism checks, and thorough lubrication maintain long-term machine precision.
The Telford CNC precision lathe offers multiple advantages including high machining accuracy, strong automation capabilities, and stable, reliable operation. It achieves micrometre-level precision machining with excellent surface finish and high dimensional consistency. A single clamping operation enables multi-process composite machining, substantially boosting production efficiency while minimising human error. Paired with a high-rigidity bed and precision transmission components, they maintain stable long-term machining accuracy. Ideal for the efficient batch production of various precision components such as shafts, discs, and sleeves, these machines serve as core processing equipment within the high-end manufacturing sector.
At TELFORD, we understand that standard configurations often cannot fully meet the real demands of professional production. Our customized CNC solutions are designed to break through production bottlenecks and optimize your exclusive manufacturing processes. By providing tailor-made work holding systems, automatic loading devices and high-efficiency tooling packages, we can effectively shorten cycle times, reduce material waste, and improve overall processing stability and consistency. Whether you are engaged in large-scale mass production or machining complex, one-off parts, our professional engineering team delivers precise technical support to help you enhance productivity and return on investment
A high precision CNC lathe requires a rigid mechanical foundation and stable thermal control. Featuring a high-rigidity bed, box-type guideways or precision linear guides, TELFORD machines are designed to minimise cutting vibration and structural deformation for long-term stability. Precision bearings and low-runout spindles support stable rotation, workpiece roundness and surface finish, while optimised cooling and heat dissipation help reduce accuracy drift caused by thermal expansion. Premium cutting tools, stable tool holders, clearance compensation, parallelism checks and correct lubrication further support CNC machining for precision engineering applications where dimensional consistency must be maintained across repeated batches.
TELFORD precision lathes are suitable for shafts, discs, sleeves, flanges, pins and other rotational metal components. Typical projects include automotive and new-energy parts, railway shafts and sleeves, aerospace and general machinery components, mold components, and high precision turning for medical applications. Machine selection should be based on part diameter and length, material, tolerance, surface-finish requirement, batch size and whether the drawing includes secondary milling or drilling features. For parts dominated by turning, a precision lathe machine is usually the practical solution; parts with cross holes, flats, keyways or side milling should be evaluated for a turn-mill machine.
A high precision CNC lathe is a computer-controlled turning machine designed to produce rotational components with stable dimensional accuracy and repeatability. It is commonly used for shafts, discs, sleeves, flanges and pins. Machine precision depends on the bed and guideway structure, spindle runout, thermal stability, tooling, workholding, programming and maintenance—not only the CNC control.
Several TELFORD CNC lathe model pages list spindle accuracy of 0.003 mm. Final part tolerance cannot be determined from spindle accuracy alone because it also depends on workpiece material, part geometry, chucking, tool condition, cutting parameters, thermal growth and measurement method. Buyers should define the required tolerance and verify it through a sample-cutting test.
Select the model according to maximum diameter and length, chuck and bar capacity, spindle power and speed, required tolerance, batch size and cutting load. Compact FCL-280 models suit many small-to-medium parts, FCL-310 provides a larger 10-inch chuck, FCL-3150 supports extended Z-axis travel for long shafts, and FBL-800 is positioned for heavier cutting. Final selection should be confirmed from the part drawing.
Send the 2D or 3D drawing, workpiece material, raw-stock size, maximum finished diameter and length, tolerance, surface finish, annual or monthly volume, target cycle time, required operations, preferred CNC control, automation needs and destination voltage. This information allows the supplier to recommend the machine, workholding, tooling and optional equipment more accurately.
Automation can be evaluated according to the selected model, raw-material form and production process. TELFORD model pages list options such as robotic arms, tool setters or measuring probes, chip conveyors and configurable control systems. The automation concept should define loading orientation, gripper or chuck interface, finished-part discharge, inspection requirements and safety integration.
Check the approved configuration, machine geometry, spindle and axis accuracy, chuck and tailstock alignment, tool change, coolant and chip removal, safety functions, sample-part dimensions, surface finish and cycle time. The acceptance criteria should be written into the technical agreement before production so both parties use the same test method and tolerance standard.
