Used MURAKI AMX 888 #9199796 for sale

MURAKI AMX 888 is an advanced milling machine for precision machining. It is ideal for a variety of high-precision applications, such as the production of automotive components, aircraft parts, and medical implants. This is all due to its extreme accuracy and repeatability, even at high speeds and feed rates. AMX 888 is compatible with CAD/CAM programming, allowing users to quickly design and produce complex parts with unparalleled accuracy. The machine is equipped with a high speed spindle, rapid traverse rates and a cutting feedrate of up to 24,000 rpm. The rigid construction ensures a consistent quality over each cut. MURAKI AMX 888 is a 5-axis CNC machining center, meaning it is capable of complex cutting operations with multiple axes using only one tool and rotating one or more parts of the workpiece during machining. This makes it ideal for producing parts with high degrees of complexity and accuracy, such as medical implants and turbine blades. AMX 888 is capable of cutting a variety of materials, such as steel, aluminum, and composites. It also has a zero-point clamping system, which means that the workpiece can be quickly and accurately mounted into the machine without the need for complicated setup procedures. The machine is also supplied with a highly efficient coolant system, which improves tool life and part accuracy while reducing chips. This MURAKI AMX 888 is easy to program, with a variety of built-in features and an intuitive user interface. It has a cycle time calculator that estimates cutting time based on the tool and material properties. It also has a variety of machining features such as tool life monitoring, a built-in Offset display and speed indication, and a soft alarm system. AMX 888 is well-known for its superior performance and customer support. Its customer service team assists users with every step of their machining processes, from programming and setup to troubleshooting and repairs. MURAKI AMX 888 is a reliable and trustworthy machine, providing users with the accuracy and precision needed for complex machining operations.