A game-changing horizontal lathe machine built for wheels set machining.
For wheel set machining
GR5-S | GR7-S | ||
---|---|---|---|
Max. Wheel tread diameter | mm | 840 | 1.250 |
Track gaude | mm | 1.435 | 1.435 |
Max. wheelset weight | kg | 5.000 | 8.000 |
Max. Axle length | mm | 3.000 – 4.000 | 3.000 – 4.000 |
Main motor power | kW | 30/51* | 51/71* |
Machine dimensions | mm | 3.600 x 3.000 x 8.900 | 4.610 x 3.300 x 9.300 |
Machine weight | kg | 18.500 | 25.000 |
Radial run out | mm | <0’10 | |
Accuracy of profile | mm | <0’15 | |
Difference in diameters between wheels | mm | <0’10 | |
Roughness of surface | mm | <0’012 |
*Optional
Machine also capable of machining axles and loose wheels
Choose an industry leading CNC lathe from DTS today for unbeatable precision and accuracy. Tailored to meet your specifications, all of our horizontal lathes are built to your desired design enabling you to get the most out of your machine. Get in touch with our team of lathe experts today for more information on the Geminis GR5-S and GR7-S or take a look at our full range of Geminis horizontal lathe machines to find the perfect fit for your facility.
The typical life expectancy of a CNC lathe is around 15-20 years with proper maintenance and regular servicing though many machines can operate effectively for longer periods depending on the usage intensity and care. Other factors that may affect horizontal lathe lifespan include operating conditions, maintenance quality and workload.
We recommend you monitor your lathes regularly to ensure any problems are detected as early as possible. You should also organise for a complete maintenance check every six months to identify any hidden problems so they can be resolved before they become a greater issue. At DTS, we offer machine tool maintenance services to keep your machines running as efficiently as the day you got them. From repairs to servicing, control retrofitting and more, take a look at the full range of services we offer today!
A CNC (Computer Numerical Control) lathe is automated through computer programming, allowing it to perform precise, complex operations repeatedly with minimal operator intervention, while a manual lathe requires a skilled operator to control all movements and cutting operations by hand. The main advantage of CNC lathes is their consistency, speed, and ability to produce complex parts precisely, while manual lathes offer more direct control and are often better for one-off pieces or quick adjustments.