Used NAKAMURA TOME TW-10MM #9091427 for sale
URL successfully copied!
ID: 9091427
Vintage: 2000
CNC Turning/milling center
Turning diameter: 210
Turning length: 155
Control: FANUC 8i-T
77 to 5.2 kW
2000 vintage.
NAKAMURA TOME TW-10-MM is an advanced, multi-tasking machining center with a wide array of capabilities. This versatile equipment delivers excellent surface finish quality and fast cycle times, both in single and multiple-spindle applications. Its maximum turning size is 350mm, with a maximum turning diameter of 320mm. The feed rate is 30m per minute and has a rapid traverse speed of 10m per minute. Tool storage capacity can be enhanced up to 24 tools using the optional double-arm ATC. It is also equipped with 4 axes such as X-axis, Z-axis, C-axis and B-axis. The automation package uses the low-cost X-Y-Z programmable "pick-and-place" system which allows for very complex and integrated machining tasks to be completed without the need for manual intervention. This unit is equipped with high-precision guide ways, a rigid bed and spindle, ball screw sliding surfaces and a hydraulic counter balancer for extremely high accuracy and smooth operation. The machine can be customized with an optional fourth axis for simultaneous 5-axis machining, as well as turret converters, optional integral coolant tanks and a complete tool control machine. It also features advanced machine controls with a high-performance operating tool, an intuitive graphical user interface, and comprehensive diagnostics software. To further ensure accuracy and repeatability, the spindle has a maximum power capacity of 17.4 kW and a maximum speed of 10000 rpm. Paired with the direct-drive servo motor that deliver precise acceleration and deceleration control, this machining center ensures ultra-fast, high-quality cutting. The features and capability of TW-10-MM machine tool make it an effective and efficient machining solution in many precision manufacturing environments. With its superior performance, accuracy, and reliability, it allows for the completion of complex yet precise parts in the most time and cost-effective manner.
There are no reviews yet