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Fresadoras de mesa redonda DMG MORI NLX 2000|500
máquinas para el procesado de metales / fresadoras / Fresadoras de mesa redonda
Fabricante: DMG MORI
Modelo:NLX 2000|500
Tipo de máquina: Fresadoras de mesa redonda
Número de artículo: 170347301
Cantidad: 1
Fecha: 21.10.2026
Ubicación:
Alemania
Precio:
Seller-item-No.:071814
| General | |
| CNC Turning Centre with C axis and tool drive; Control: M730BM with MAPPS IV | |
| Characteristics | |
| Max machining diameter | 356 mm |
| Max. Turning Length | 510 mm |
| Swing- Ø, max. | 755 mm |
| Bar diameter max. | 65 mm |
| Speed max. | -5000 rpm |
| Number of tool stations | 20 |
| Rotary tool spindle speed | 10000 rpm |
| Movements X / Z | 260/590 mm |
| Input precision of C-axis on Mainspindle | 0,001 degree |
| Rapid feed X / Z | 30/30 m/min |
| Drive power main spindle | 15/15/11 kW |
| Drive power tool spindle | 5,5/5,5/3,7 kW |
| Dimensions (L x W x H) | 2,82 x 2,09 x 2,15 m |
| Weight approx. | 5000 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 |
| (Spindle 1) Standard spindle 15 / 11 kW, 5,000min-1 | (Spindle 1) Standard Spindle 15/11 kW (20/15 HP), 5,000 min-1 Max. spindle speed: 5,000 min-1 Chuck size: 8 inch., 10 inch. Spindle nose type: JIS A2-6 Through-spindle hole diameter: 73 mm (dia.2.87 inch.) Min. spindle indexing angle: 0.001° Spindle driv |
| (Spindle 2) KITAGAWA 6in. Hollow Chuck BR06A521E | (Spindle 2) KITAGAWA 6-inch Hollow Chuck BR06A521E Three-jaw hydraulic chuck manufactured by Kitagawa Iron Works. Chuck outer diameter: Ø170 mm (dia.6.69 inch.) Gripping diameter: Max. Ø170 mm (dia.6.69 inch.), Min. Ø16 mm (dia.0.63 inch.) Jaw stroke ( |
| (Right Spindle) KITAGAWA Hollow Cylinder set for KITAGAWA 6in. Hollow Chuck BR06A521E (without chuck body) | (Right Spindle) KITAGAWA Hollow Cylinder set for KITAGAWA 6in. Hollow Chuck BR06A521E (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 |
| (Right Spindle) Standard Spindle 11 / 7.5 kW, 4,500min-1 | (Right Spindle) Standard Spindle 11/7.5 kW (15/10 HP), 4,500 min-1 The Right Spindle specification enables continuous machining of both surfaces. The combination of rotary tools and the Y-axis function enables integrated machining from turning to second |
| 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. |
| Right Spindle through-spindle coolant system (SK-OP) | (Right Spindle) Through-spindle Coolant System This system supplies coolant from a through hole in Right Spindle to remove chips and to cool workpieces. For machining using a hollow chuck, it removes chips at the inner diameter machining of the workpiec |
| Chuck cylinder stroke check (linear position monitoring) (spindle 2) | Chuck Cylinder Stroke Check (Linear Position Monitoring) (Spindle 2) The chuck opening/closing confirmation switch is changed to the linear position detection from the standard stroke-end detection. The position of the chuck cylinder is read with the pr |
| Rotary tool spindle 24/ 14 Nm, 10,000 min-1 | Rotary Tool Spindle 24/14 Nm (17.7/10.33 ft·lbf), 10,000 min-1 Rotary tool spindle for the 20-station in-house bolt-tightened turret specification. BMT (Built-In Motor Turret) is installed with the milling specification, and the cooling jacket suppress |
| Spindle 2 tailstock specifications | Spindle 2 Tailstock Specification The specification to push a workpiece by the center mounted in the spindle 2 chuck. This allows you to machine the tip of the workpiece. When using spindle 2 as a tailstock, the motor equipped with a brake is installe |
| 20-station bolt-tightened turret (with milling) | 20-Station Bolt-Tightened Turret (with Milling) In-house 20 station turret with BMT (Built-In Motor Turret). Useful for the long-time operation at night and complex machining. Please refer to the axis travel diagrams and turret interference diagrams for |
| Chip conveyor (right discharge, hinge type) | Chip Conveyor (Right Discharge, Hinge Type) Chip conveying capacity: 390 L/h (102.96 gph) Max. coolant throughput: 170 L/min (44.88 gpm) |
| Full-closed loop control for X-axis (Direct scale feedback) | Full-Closed Loop Control for X-axis (Direct Scale Feedback) The magnetic scale is used for the X-axis position sensing, instead of the axis servomotor pulse encoder. It is not susceptible to ball screw precision error or thermal displacement. The magnet |
| Full-closed loop control for Y-axis (Direct scale feedback) | Full-closed Loop Control for Y-axis (Direct Scale Feedback) The magnetic scale is used for the Y-axis position sensing, instead of the axis servomotor pulse encoder. It is not susceptible to ball screw precision error or thermal displacement. The magnet |
| Full-closed loop control for Z-axis (Direct scale feedback) | Full-Closed Loop Control for Z-axis (Direct Scale Feedback) The magnetic scale is used for Z-axis position sensing, instead of the axis servomotor pulse encoder. It is not susceptible to ball screw precision error or thermal displacement. The magnetic s |
| Workpiece transfer conveyor for workpiece unloader (built-in type) | Workpiece transfer conveyor for Workpiece Unloader (Built-in Type) It receives a completed workpiece ejected from the workpiece unloader and discharges it to the right of the machine. The conveyor operates n conjunction with the workpiece unloader for t |
| Spindle 2 workpiece ejector (cylinder type) (through-spindle hole dia. 43 mm, spindle speed 4,500 min-1) | Spindle 2 Workpiece Ejector (Cylinder Type) (Through-Spindle Hole Ø43 mm (dia.1.69 inch.), Spindle 2 Speed 4,500 min-1) It is an option for the spindle 2 specifications. It ejects a workpiece by directly actuating the workpiece unloading device inside |
| Standard workpiece unloader (built-in type) | Standard Workpiece Unloader (Built-In Type) This device automatically receives the completed workpiece and carries it outside the machine. Unmanned consecutive operation is possible by combining it with a bar feeder (separate option). Can be operated in c |
| Interface for Bar feeder (LNS) (multiple) | Bar Feeder Interface (LNS) (Multiple) The Bar feeder interface (I/F) is used 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 be ch |
| Dry anchor | Dry anchor Anchors fitted on the bed to prevent the machine from moving because of vibrations when starting up or because of slight earthquakes. They control vibration in all directions as far as possible. |
| 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 the supply voltage and fr |
| 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 |
| Islands, open pockets | Islands, open pockets Islands - Programming process can be greatly simplified because minimum input operation is required even for the complex machining. Open pockets Definition of open pockets eliminates tool paths with no machining allowance, |
| High-speed canned cycle | High-speed canned cycle The screen guidance guide to input the stable cycle argument. One line program can command high-speed cutting. High-speed machining cuts the machining time. The cycle whose high speed machining complicated programming can be do |
| 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 |
| Chuck top coolant (Main spindle) | Chuck Top Coolant Unit (Spindle 1) The coolant is discharged through the coolant nozzle on the upper part of the chuck to flush away chips and reduce heat generated on the workpiece during cutting. It uses a different coolant pump from the tool tip coola |
| Air blow for chuck (spindle 1) | Air Blow for Chuck (Spindle 1) Air is blown to the chuck for removing chips adhering to it. Removing the chips prevents the gripping accuracy from being impaired by the chip pinching. The air blow nozzle is installed on the upper part of chuck. The co |
| Air blow for tool tip | Air Blow For Tool Tip Air blow for removing chips and coolant from the tool tip. Air blow is through the turret coolant port. Air blow to the tool tip is effective in removing debris while measuring the tool or removing chips during dry machining.Air / |
| Addition of optional block skip (soft key type 2-9) | Addition of Optional Block Skip (Soft Key Type 2-9) 8 optional block skip functions are added. The switches for enabling/disabling them is added on the operation panel. |
| High-pressure coolant system (635/ 1,040 W) | High-pressure coolant system (635/ 1,040 W) With this specification, abilities to remove the chips and to cool the tool or workpiece during cutting are higher compared. A pump which supply coolant to the turret is changed to the high-pressure specificati |
| 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 |
| Manual in-machine tool presetter (pivoting type) (STD) | Manual In-machine Tool Presetter (Pivoting Type) (Standard) It simplifies the complicated setup work at the tool change. The position of the tool nose is measured precisely by just bringing the tool nose into contact with the sensor, and the measured va |
| Special equipment | (Main spindle) KITAGAWA 8-inch hollow chuck BR08A621A Main spindle (Spindle 1) hollow cylinder set for KITAGAWA 8" hollow chuck BR08A621A (chuck not included) (bar diameter Ø 51 mm) |
| Special equipment | Coolant shower at the counter-spindle chuck (right-hand spindle) Coolant flushing of the machine bed enclosure Inline filter for coolant system (dual) |
| Special equipment | RMS-Sensor Customer supply voltage: 400 V Material change for workpiece unloader (plastic to rubber) (SK-OP) Workpiece ejector for Spindle 2 (cylinder type), with additional tip Spindle orientation (mechanical locking for main and counter-spindle) |
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