Used TORNOS M 7 #113288 for sale

TORNOS M 7 is a multi-spindle machine tool that utilizes CNC-controlled micro-machining technology, allowing users to produce high-precision and complex parts in the most efficient manner. M 7 is capable of machining in a range of materials, including steel, aluminum, and stainless steel, with a variety of drilling and turning tools. TORNOS M 7 machine is equipped with two spindles, each individually controlled. This allows the machine to fulfill multiple operations simultaneously, resulting in shorter cycle times and increased efficiency. The robust design of M 7 is equipped with reliable components that can handle high-torque applications, giving users the ability to precision machine even the most rigid materials. TORNOS M 7's CNC control is designed for both manual and automated operations. With the on-board user-friendly software, users can program parts quickly and accurately with multiple part programs are supported for even greater efficiency. Multiple tool change operations can be completed rapidly as well, with the help of the optional automatic pallet shuttle. M 7's accuracy is further enhanced with the use of linear encoders, allowing users to accurately monitor and inspect the position of cutting tools. This helps ensure the parts being machined match the CAD model and dimensions specified, while also eliminating potential delivery delays and costly reworks. In addition to the spindle motor, TORNOS M 7 also uses an additional servo-motor to traverse the turning tool. This allows for more rapid movements and makes the machine better suited to production runs that require the addition of threads, grooves, or other features to parts. M 7's Pre-emptive Maintenance System monitors for signs of degradation and informs operators of any servicing needs before costly breakdowns can occur. This increases both the machine's uptime and the lifespan of its components. Overall, TORNOS M 7 machine tool offers users a reliable and efficient m µachining solution, allowing them to produce complex parts with high precision in the most cost-effective manner.