металлообрабатывающие станки / фрезерные станки / Фрезерные станки с круглым столом
Производитель: DMG MORI
Модель:NTX 2500|1500
Тип техники: Фрезерные станки с круглым столом
Номер позиции: 166192510
Количество: 1
Дата: 09.01.2025
Местоположение:
Германия
Цена:
Seller-item-No.:190063
| General | |
| Integrated Mill Turn Center; Control: Control F31iB5 with CELOS | |
| Characteristics | |
| Swing- Ø, max. | 700 mm |
| Drive power tool spindle | 5,5/3,7 kW |
| Drive power milling spindle | 28/23 kW |
| Drive power main spindle | 18,5/15 kW |
| Movements X / Z | 200/1542 mm |
| Lower Turret | 10 Positions |
| Number of Toolmagazine positions | 38 |
| Speed max. | 12000 rpm |
| Slewability of B-Axis | ±120 degree |
| Movements X / Z / Y | 675/1562/300 (±150) mm |
| Milling spindle upper side | 1 |
| Bar diametre | 80 mm |
| Speed max. | 4000 rpm |
| Max. Turning Length | 1530 mm |
| Max machining diameter | 670 mm |
| Weight approx. | 18500 Kg |
| CELOS - ERGOline Touch | CELOS - ERGOline Touch to facilitate machine operation incl. 21.5 ERGOline Touch ® control with multi touch screens Uniform management, documentation and visualization of order, process - and machine data Networkable with CAD / CAM User friendly and p |
| (Left Spindle) through-spindle hole dia. 91 mm, 4,000min-1 (STD) | (Left Spindle) Through-spindle Hole dia.91 mm (3.58 inch.), 4,000 min-1 (STD) (FANUC) turnMASTER Max. spindle speed: 4,000 min-1 Spindle nose type: JIS A2-8 Through-spindle hole diameter: F91 mm (dia.3.58 inch.) Spindle drive motor: 18.5/18.5/15 kW (24.7 |
| (Right Spindle) through-spindle hole dia. 91 mm, 4,000min-1 | (Right Spindle) Through-spindle Hole Dia.91 mm (3.58 inch.), 4,000 min-1 (FANUC) turnMASTER FANUC specifications Output: 18.5/18.5/15 kW (24.7/24.7/20 HP) (25%ED/50%ED/cont) Max. spindle speed: 4,000 min-1 Max. torque: 599/505/409 Nm (441.8/372.47/301.66 |
| (Spindle 1) KITAGAWA 10in. Hollow Chuck BR10A821 (SK-OP) | (Spindle 1) KITAGAWA 10-inch Hollow Chuck BR10A821 Three-jaw hydraulic chuck manufactured by Kitagawa Iron Works. Chuck outer diameter: Ø254 mm (dia.10 inch.) Through-hole diameter: Ø81 mm (dia. 3.18 inch.) Gripping diameter: Max. Ø254 mm (dia.10 inch. |
| (Spindle 1) Hollow Cylinder set for KITAGAWA 10in. Hollow Chuck BR10A821 (Bar work capacity dia. 80 mm (3.14 inch)) (without chuck body) | (Spindle 1) Hollow Cylinder Set for KITAGAWA 10-inch) Hollow Chuck BR10A821 (Bar work capacity dia. 80 mm (3.15 inch)) (Without Chuck Body) Hollow cylinder and draw bar are included as a set. Chuck is not included. Please see the chuck-cylinder combinat |
| (Right Spindle) KITAGAWA 10in. Hollow Chuck BR10A821 | (Right Spindle) KITAGAWA 10-inch Hollow Chuck BR10A821 Three-jaw hydraulic chuck manufactured by Kitagawa Iron Works. Chuck outer diameter: Ø254 mm (dia.10 inch.) Through-hole diameter: Ø81 mm (dia.3.18 inch.) Gripping diameter: Max. Ø254 mm (dia.10 in |
| (Right Spindle) Hollow Cylinder set for KITAGAWA 10in. Hollow Chuck BR10A821 (without chuck body) | (Right Spindle) Hollow Cylinder Set for KITAGAWA 10-inch Hollow Chuck BR10A821 (Without Chuck Body) Hollow cylinder and draw bar are included as a set. Chuck is not included. Please see the chuck-cylinder combination diagram for the combination with ch |
| Chuck foot switch (double) for spindle 1, 2 | Chuck foot switch (double) for spindle 1, 2 Chuck opening and closing on spindle 1 and 2 are operated by twin chuck footswitch. |
| Standard Turn-mill Spindle, 12,000 min-1, 28/ 23 kW | Standard turn-mill spindle, 12,000 min-1, 28/23 kW (FANUC) compactMASTER 63|350 Max. turn-mill spindle speed: 12,000 min-1 Turn-mill spindle output: 28/23 kW (38.1/31.3 HP) (40% ED(2 min)/cont) Turn-mill spindle torque: 132/95.3 Nm (97.36/70.29 ft·lbf) ( |
| Capto C6 | Capto C6 This specification uses the Capto C6 tool holder. |
| Tool spindle full indexing specifications (STD) | Tool spindle full indexing specifications (Standard) |
| Preparation for automatic centering steady rest SMW SLU-X3.2 (servo-driven) | Preparation for Automatic Centering Steady Rest SMW SLU-X3.2 (Servo-driven) This is an I/F for automatic centering steady rest body attachment. When cutting a long workpiece, it prevents vibration and deflection. The steady rest arm is automatically op |
| Automatic Centering Steady Rest SMW SLU-X3.2 (dia.50-200 mm, Unit Only) (SK-OP) | Automatic Centering Steady Rest SMW SLU-X3.2 (Dia.50-200 mm, Unit Only) Automatic centering steady rest manufactured by SMW. The steady rest prevents vibration and deflection of a long workpiece during machining. Interface is not included. Please select |
| Tool storage capacity 76 tools (Capto C6) | Tool Storage Capacity 76 Tools (Capto C6) Tool capacity: 76 tools Max. tool diameter - With adjacent tools: Ø70 mm (dia.2.76 inch.) - Without adjacent tools: Ø130 mm (dia.5.12 inch.) Max. tool length: 400 mm (15.75 inch.) Max. tool mass: 8 kg (17.6 lb.) |
| Chip conveyor (right discharge, hinge type + drum filter type) (/1500) | Chip Conveyor (Right Discharge, Hinge Type + Drum Filter Type) (/1500) This chip conveyor is suitable for discharging all types of metal chips other than powdery ones. Long chips are conveyed and discharged using the hinge belt. Fine chips are accumulat |
| Super-High-Pressure Coolant System (3.5 MPa, Constant Pressure) (Through-spindle Coolant System for Turn-mill Spindle) (SK-OP) | Super-High-Pressure Coolant System (3.5 MPa (507.5 psi), Constant Pressure) (Through-Spindle Coolant System for Turn-mill Spindle) Supplies high-pressure coolant to the tool tip from the through hole in the Turn-mill Spindle and tool. Effective for remo |
| Coolant flow switch for through-spindle coolant system | Coolant flow switch for through-spindle coolant system The flow switch detects if the through spindle coolant is flowing or not. An alarm occurs when the flow amount becomes less than the set level (Note 2) for a specified time. An alarm halts the machi |
| Coolant chiller (SK-OP) | Coolant Chiller (Separate Type) The coolant chiller cools coolant in the coolant tank according to a rise in the machine temperature. Controlling the coolant temperature suppresses the rise in temperature of the workpiece and tool and achieves the stabl |
| Coolant float switch (lower limit detection) | Coolant Float Switch (Lower Limit Detection) It controls the coolant level (lower limit detection). An Alarm is displayed on the operation panel when the coolant falls below the set level. |
| Air blow for tool tip (tool spindle) | Air blow for tool tip (tool spindle) The air blow removes chips adhering to the tool tip. The air blow is controlled by M codes in the program. The air blow is turned on by M458, and off by M459. |
| Air blow for chuck (spindle 1) | Air blow for chuck (spindle 1) The air blow removes chips adhering to the chuck. This prevents loss of gripping accuracy caused by chips caught in the machine. The air blow for the spindle (chuck) is controlled by M codes in the program. The air blow is |
| Mist collector (AFS 1600), including stand | Mist Collector (AFS 1600), Including Stand The mist collector collects dust and particles and condenses oil mist and smoke generated during the machining process. The filtered mist is returned back to the coolant tank. This option includes stand to moun |
| Oil skimmer (Screw type) | Oil Skimmer It removes oil that floats on the surface of coolant in the coolant tank to maintain the coolant quality and inhibit the coolant deterioration. This can reduce the coolant disposal cost. The screw type oil skimmer is adopted, which separate |
| Full-closed loop control for X-axis (Turn-mill Spindle) (Direct scale feedback) | Full-closed Loop Control for X-axis (Turn-mill Spindle) (Direct Scale Feedback) The magnetic scale is used for the X-axis position sensing of the Turn-mill Spindle, instead of the axis servomotor pulse encoder. It is not susceptible to ball screw precis |
| Full-closed loop control for Y-axis (Turn-mill Spindle) (Direct scale feedback) | Full-closed Loop Control for Y-axis (Turn-mill Spindle) (Direct Scale Feedback) The magnetic scale is used for the Y-axis position sensing of the Turn-mill Spindle, instead of the axis servomotor pulse encoder. It is not susceptible to ball screw precis |
| Full-closed loop control for Z-axis (Turn-mill Spindle) (Direct scale feedback) | Full-closed Loop Control for Z-axis (Turn-mill Spindle) (Direct Scale Feedback) The magnetic scale is used for the Z-axis position sensing of the Turn-mill Spindle, instead of the axis servomotor pulse encoder. It is not susceptible to ball screw precis |
| Automatic in-machine tool presetter for tool spindle (in-out type) (without lower turret specifications) | Automatic in-machine tool presetter for tool spindle (in-out type) (without lower turret specifications) Allows highly efficient tool measurement, improving ease of setup. The presetter is stored in the upper part of the Spindle 1 chuck cover and is move |
| EtherNetI/P I/F | EtherNetI/P I/F This I/F is used for transferring control signals between the machine and peripheral equipment via Ethernet. This I/F can be connected to all peripheral equipment that has terminals corresponding to LAN cables. This specification also |
| Interface for Bar feeder (LNS) (multiple) | Bar Feeder Interface (LNS) (multiple) The Bar feeder interface (I/F) is intended for connection to the bar feeder, which achieves higher productivity by the automatic bar stock feed. To install any bar feeder other than the LNS-made, the I/F needs to b |
| Dry anchor | Dry anchor Anchors are fitted to prevent the machine from moving due to small earthquakes and vibrations during operation. They restrict movement in all directions as far as possible. Fork-cut anchors must be driven in before installation. |
| Frequency 50 Hz | Frequency 50 Hz This machine is shipped with frequency set to 50 Hz specification. (Caution) IF the setting is incompatible, there is a possibility of trouble such as operation abnormality and alarm occurrence. Be sure to check D5152871 the supply voltage and fr |
| Voltage of Customer Factory 380 V | Voltage of Customer Factory 380 V This machine is shipped with voltage set to 220 V specification. Please arrange transformer if necessary. (Caution) IF the setting is incompatible, there is a possibility of trouble such as operation abnormality and ala |
| Manual pulse generator (separate type) | Manual pulse generator (separate type) Adding handy type pulse handle improves operability during set-up operation. The switch on the operation panel can change which pulse handle is used on the operation panel or handheld side. Handheld pulse handle o |
| Setting Unit mm | Setting Unit, MM The unit to be used for the screen display and program commands is set to millimeter (mm). Turning: MM specification for the turret Horizontal machining center: MM specification for the tapped pallet |
| Counter spindle tip (SK-OP) | Counter Spindle Tip With the fixed center fitted in the tool holder, the turn-mill spindle is approached to the left or right spindle, and the fixed center is clamped by the chuck of the turning spindle. The fixed center is then pulled out from the tool |
| Alternating speed | Alternating Speed It can suppress regenerative chattering by fluctuating spindle speed. The cycle is automatically calculated only by setting the fluctuation width in the guidance screen. Regenerative chatter is created by excitation resulting from t |
| Stored stroke check 2, 3 | Stored Stroke Check 2, 3 Using the parameter setting or the program commands, the boundaries between the effective tool travel zone and the entry prohibition zone. This stops the machine just before the tool enters the defined entry prohibition zone. W |
| MPC (Machine Protection Control) | MPC (Machine Protection Control) It monitors vibration with acceleration sensors mounted on the spindle. This technology cycle stops the spindle to minimize the damage to the machine when abnormal vibration value is detected. It is also equipped with |
| 3D Quick SET | 3D quickSET It is technology cycle that measures and offsets automatically geometric tolerance of rotary axes easily on a 5-axis machine using a touch probe and a calibration sphere. When the geometric tolerances that can lead to poor-quality workpiece |
| Multi Threading 2.0 (SK-OP) | Multi-threading 2.0 Programs for large diameter threads or special shape threads, which are not covered by the standard thread cutting cycle, can be created by following the guidance. (trapezoidal thread, square thread, sharp thread, round thread, worm |
| IoTconnector | IoTconnector The IoTconnector allows the use of online services of DMG MORI (e.g. NETservice) |
| Addition of optional block skip (soft key type 2-9) | Addition of optional block skip (soft key type 2-9) When a slash (/) followed by a number (/n(n=2-9)) is specified at the head of a block and the optional block skip switch n on the operating panel is turned on, commands in the block specified by /n c |
| Turn-mill spindle axis direction handle feed | Turn-mill spindle Axis Direction Handle Feed The turn-mill spindle can be moved manually along the turn-mill spindle stop angle (B-axis angle). |
| Tool retract and recover | Tool Retract and Recover To replace the tool damaged during machining or to check the status of machining, the tool can be withdrawn from a workpiece. Also, the tool can then be advanced again efficiently to restart machining. |
| Inverse time feed | Inverse Time Feed The inverse time feed indicates the feed per rotation using inverse of time, without using length unit mm for feedrate. The feedrate is represented in mm/min normally, but this unit is inconvenient to use for the feed command of the |
| Stroke limit check before movement | Stroke limit check before movement When beginning to move in each block during an automatic operation, it checks whether the end point enters a predefined prohibition zone. When the end point is specified to enter a prohibition zone, an alarm is displayed |
| NETservice | NETservice A software installed on IoTconnector for qualified support by Internet- based remote diagnostics |
| Machine Data Connector (MDC) | Machine Data Connector (MDC) A software installed on IoTconnector for uniform machine data interface as an integrated function of the DMG MORI Connectivity Hardware |
| 3D Data Model | 3D Machine Model Data The 3D model data of the machine is provided. The data can be used in the customer´s CAD system for various applications such as simulation. The non-disclosure agreement needs to be concluded. |
| Special equipment | Transformer (E30053) + Cable 120kVA !Unsupported CE Regulation! |
| 2019 | DMG MORI | NLX 2500 Y / 700 | |
| 2011 | DMG MORI | NLX 2500 SY 700 | |
| DMG MORI | CTX 2500|700 | ||
| DMG MORI | CTX 2500|1250 | ||
| DMG MORI | CTX 2500|700 | ||
| 2021 | DMG MORI | NLX 2500/700 | |
| DMG MORI | NLX 1500|500 | ||
| DMG MORI | NZX-S 1500 | ||
| 2015 | DMG MORI | NLX 1500MC 500 |
| 2012 | DMG MORI | NTX 1000 | 215000 EUR | [May 2016] |
| 2015 | DMG MORI | NLX 2500/1250 Y | 189000 EUR | [Apr 2020] |
