Integrated Mill Turn Center

NTX2000.

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Mori Seiki offers the NTX2000 integrated mill turn center. This machine is a new model in the range of the X‐class machines that have been designed to meet the needs of today’s machine tool users.

The NTX2000 is a compact integrated mill turn center with a maximum workpiece size of 660 mm x 1,540 mm. This machine is suitable for complex and high‐precision machining, which is required to cut parts used in the aerospace, medical equipment and semiconductor industries. The machine meets many different needs with extensive features including: Mori Seiki's original technologies, high productivity, space saving, high precision, MAPPS IV + ESPRIT and a wide choice of models.

The NTX2000 uses Mori Seiki's original DDM (Direct Drive Motor), ORC (Octagonal Ram Construction) and BMT (Built‐in Motor Turret) technologies, offering high‐precision complete machining on small to medium sized parts.

Since the Spindle 2 of the NTX2000 has the same specifications as Spindle 1, machining processes can be flexibly assigned to each spindle. The high‐speed drive of a tool spindle with a feedrate of 40 m/min maximizes the advantage of a distance between centers of 1,500 mm.
The ORC (Octagonal Ram Construction) supports the tool spindle movement in the Y‐axis direction. Because the Y‐axis structure located close to the cutting point consists of slideways, heavy‐duty cutting can be performed with less vibration.

The tool spindle is equipped with a built‐in motor with output of 18.5/11 kW, which is equivalent to that of a No. 40 taper machining center. The NTX2000 machine with the tool spindle offers the highest level of milling.

The NTX2000 machine uses a rounded cover design of the X‐class machines, as well as a slanted keyboard that offers improved operability.

Although the standard distance between centers is 1,500 mm, the machine width has been shortened by 1,000 mm and the installation area has been reduced by approximately 30% from our conventional machines.

To prevent thermal displacement in the spindle center, the Spindle 1 of the NTX2000 is designed to maintain its center in the same position, with a headstock whose front shape is symmetrical to the X‐ and Y‐axis directions. Additionally, the slideways of the ORC, which are located diagonally opposite each other, distort symmetrically in response to heat, keeping the center of the moving parts in the same position. Thanks to these measures against thermal displacement, the NTX2000 machine can offer high‐precision machining.

The NTX2000 also uses the three‐point support. It is rare to use three‐point support for a multi‐axis machine, but this was made possible because of the robust NTX2000 bed. The NTX2000 machine offers long‐term, high‐precision machining with the three‐point support structure, which is less affected by secular change.

The MAPPS IV high‐performance operating system has been installed on the operation panel. The combination of automatic programming software (standard) and ESPRIT CAM software (standard) allows the machine to handle complex machining programming and to flexibly meet customer needs. In addition, the 3D interference checking function (standard) checks collisions between spindles, workpieces, soft jaws, tools, holders, and turrets in 3D. If interference is detected, it stops the machine in both automatic and manual modes. This offers the world's best protection against interference.
There are six NTX models available to meet various machining needs. By employing variation, each of them can flexibly handle machining that is usually performed on special machines.

 

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