The RAIS System T350 CNC Slant Bed Lathe has been engineered to deliver maximum performance in demanding industrial machining environments. Designed for continuous production of medium-sized components, the machine combines exceptional structural rigidity, advanced spindle technology, and precision motion systems to achieve superior machining accuracy and long-term operational reliability.
The machine’s rigid 45-degree slant bed is manufactured from premium Meehanite cast iron and stress relieved to eliminate deformation while maximizing structural stability. This robust construction minimizes vibration during heavy cutting operations, improves chip evacuation, and ensures excellent surface finishes even during prolonged production cycles. High-strength prismatic guideways and precision ball screws provide smooth axis movement with minimal backlash, resulting in excellent positioning accuracy and repeatability.
At the heart of the T350 is a high-precision spindle assembly supported by Class P4 NN-type roller bearings and thrust bearings, allowing excellent radial and axial load capacity while maintaining outstanding rotational accuracy. The hydraulic chucking system and programmable hydraulic tailstock provide secure workpiece clamping and stable support for longer components, enabling reliable machining of complex parts across a broad range of materials.
The T350 supports Fanuc, Fanuc 32i, Siemens 828D, and Siemens 840D CNC control systems, allowing seamless integration into both conventional and automated manufacturing environments. Optional upgrades such as a driven VDI 40 turret with C-axis, automatic tool presetter, high-pressure coolant system, bar feeder interface, and part catcher further expand the machine’s capabilities for complex turning operations and unattended production.
Ideal for automotive manufacturing, aerospace, oil and gas, hydraulic systems, precision engineering, subcontract machining, and general industrial production, the RAIS System T350 offers exceptional cutting performance, machining precision, and long-term productivity for demanding turning applications.
