The device is compatible with ISO G-code (RS-274) and can be used with all software capable of generating ISO G-code. It does not require special software.
The Rownd Precision CNC Lathe is a compact and high-precision machine designed for R&D prototyping, small-batch production, education, and hobby use. It offers industrial-grade accuracy while its desktop size makes it suitable for home or office environments. Thanks to its user-friendly interface, even non-professional users can easily learn and operate it. With its optimized design, it is a practical solution for both professional workshops and personal spaces.
A CNC lathe is a computer-controlled machine used to shape materials like metal or plastic. As the part rotates, cutting tools move according to specified G-code commands. Unlike manual lathes, repeatable, precise operations can be performed without the need for manual intervention by the operator. A CNC lathe with a C-axis allows for controlled rotation of the spindle, enabling milling, drilling, or engraving operations on the part's surface – operations that are not possible with a manual lathe.
Unlike 3D printers, which build up parts by adding layers, Rownd CNC machines produce parts by removing material from a solid block. Both can create similar shapes, but Rownd CNC machines can process engineering plastics as well as metals such as aluminum and brass. 3D printers are typically limited to plastics such as PLA or ABS.
Yes. In turning mode, a hole can be drilled in the front face with a drill on the QCTP. For face or off-axis holes, drilling can be done in 4th axis (live tool) mode.
Yes, 3- or 4-jaw chucks compatible with an 80 mm flange can be fitted.
The device is compatible with ISO G-code (RS-274) and can be used with any software capable of generating ISO G-code. No special software is required.
An MT1 taper tailstock is used. It can support workpieces ranging from 80 mm to 285 mm in length.
1/2 in (12.5 mm).
Parts up to 135 mm in diameter (when connected with the rear jaw) and 275 mm in length can be machined.
Repeatability on the X and Z linear axes is 0.02 mm, and angular accuracy on the C axis is 0.1°.
Yes, the machine can process stainless steel. However, special attention is required for internal hole machining in terms of accuracy and machining safety.
Yes, the machine can process titanium. However, precision and process stability must be observed during internal hole operations.