Used AKS X3-612 #9141962 for sale

AKS X3-612 is a highly precise, precise machine tool that is designed for high-volume production environments. It is equipped with advanced features that enable it to meet exacting requirements for precision manufacturing processes. X3-612 is powered by an efficient, 4-axis CNC controller and features a generous working area of 360 x 310 mm. This allows the machine to accommodate a wide variety of components regardless of the size or complexity of the part. The machine is able to deliver precise and repeatable cuts through the combination of the automatic CNC equipment and multiple axises which rotate around the workpiece during operation. AKS X3-612 has a particularly high speed for its size at 24000rpm. This makes the machine ideal for rapid, precision machining and short cycle times. The cutting tool spindle is equipped with high-precision bearings that guarantee maximum accuracy and extended longitudinal stability of the spindle. This in turn allows for minimal residual run-out and provides superior cutting accuracy. Furthermore, the machine is designed with a built-in spindle overload protection system to protect the mechanical parts from unexpected overloads. To further ensure top performance, the machine is equipped with an automatic tool length measurement unit. This machine automatically measures the exact location of the cutting tool in relation to the workpiece. This setting is applied throughout the machining process, so eliminating the need for manual adjustment in-between processes. The spindle of X3-612 is powered by a 6kw motor that can be operated at up to 24kw and provides a torque up to 52Nm. This powerful spindle motor is regulated by an integrated three-speed inverter and can be further adjusted to achieve the precise speed required. AKS X3-612 is a precise and reliable machine that is designed to handle a wide range of components. With its high power, accuracy, speed, and precision, it is an ideal choice for professional industry applications such as production machining, engraving, and die-cutting.