Features of Horizontal Lathes

Geminis horizontal lathes are engineered to deliver exceptional precision, reliability, and efficiency for a wide range of machining applications. Built with robust construction and advanced CNC lathe machine technology, these lathes are designed to meet the demanding needs of modern manufacturing.

 

Key features include:

• High Rigidity and Shock Resistance – Geminis lathes are built to withstand heavy cutting loads while maintaining stability and reducing vibration.

• Easy Adjustments – Tooling and workpiece setups can be quickly and accurately adjusted, giving operators flexibility across different machining tasks.

• Rotation Precision – Smooth, consistent rotation ensures accurate shaping and finishing of components.

• Precision Retention – Maintains exact tolerances over long production runs, minimising errors and material waste.

• Advanced CNC Automation – Computer-controlled systems allow machining directly from programmed designs, improving speed, consistency, and repeatability.

• Versatility Across Applications – Capable of handling a wide variety of materials and part sizes, making Geminis lathes suitable for diverse industrial needs.

• State-of-the-Art Geminis Technology – Combines robust mechanics with intelligent control systems for superior performance and reliability in demanding environments.

Horizontal CNC Lathe Machines

At DTS UK Ltd, we provide customised CNC machine tool solutions to companies across a wide range of industrial sectors. We have a variety of CNC flatbed Geminis lathes that can provide a range of solutions.

 

These types of lathe machines include:​

• The GT i range for horizontal lathes

• The GM range for multiprocess lathes

• The GR3-W for wheel hub boring

• The GR5-S and GR7-S created especially for wheelset machining

• The GR5-A horizontal lathe for axle machining

Why Choose DTS?

If you are looking for a company with years of industry experience and extensive knowledge surrounding machine tools, including CNC lathes, the DTS team is happy to help. Our team combines hands-on experience with in-depth technical knowledge to guide you through selecting the right machine for your needs, whether it is a vertical lathe, horizontal lathe, or specialised CNC solution. We pride ourselves on offering practical advice, reliable support, and tailored recommendations, ensuring that every customer can maximise precision, efficiency, and productivity in their workshop.

Get in Touch with DTS Today

Ready to find the perfect CNC lathe for your workshop? Our expert team at DTS is here to guide you every step of the way. Whether you are looking for a Geminis horizontal lathe, a vertical lathe, or a customised solution, we can help you choose the right machine to boost precision, efficiency, and productivity.

Horizontal Lathe Machine FAQs

What is the Difference Between a Horizontal and a Vertical Lathe?

Horizontal lathes have a main spindle that is oriented horizontally in which the machinist works the material in a side-to-side motion. Conversely, vertical lathes have main spindles that are oriented vertically and must be operated up and down.

 

What material can you use in a CNC lathe?

Standard materials such as wood, metal, and plastics can be used in a lathe. Some objects you can produce using a lathe include:

• Shafts

• Hubs

• Heavy components

• Large diameter parts

How do I Choose the Right Lathe?

To choose the correct lathe, you must identify the purpose of the CNC machine. Consider the type of material you will be machining, the output required, and the jobs you will perform; this will help you determine the spindle bore, centre height, and motor power required.

What is a CNC Lathe?

A CNC lathe is a computer controlled machine tool used to shape, cut, or drill materials, typically metal, wood, or plastic, by rotating the workpiece against a cutting tool. Unlike traditional lathes, a CNC lathe follows precise programmed instructions, allowing for consistent, highly accurate, and repeatable results. CNC lathes are widely used in industries such as automotive and aerospace, offering increased efficiency, precision, and the ability to produce complex shapes that would be difficult or impossible with manual machining.