NTX2500-1500 SZ + full option + cycles

DMG MORI NTX2500/1500SZ

Condition: excellent (used), Year of construction: 2022, operating hours: 7,800 h, functionality: fully functional, machine/vehicle number: Puma 2600, turning diameter over cross slide: 630 mm, turning length: 1,245 mm, turning diameter: 376 mm, spindle bore: 102 mm, spindle speed (max.): 2,800 rpm, spindle motor power: 26 W, type of input current: three-phase, controller manufacturer: FANUC, number of spindles: 2, operating hours of spindle: 7,800 h, number of slots in tool magazine: 12, Equipment: chip conveyor, For sale: Turning center with sub-spindle and Y-axis. Machine in perfect condition. Purchased new in mid-2023. Currently in operation, with less than 8,000 operating hours; parts produced well below its technical capacity. Serviced exclusively by an authorized distributor. Adapted for robot operation: equipped with autodoor and external communication signals. Features include parts conveyor and oil mist filter. NOTE: The robot is not included in this offer – separate sale and integration support can be offered upon individual quotation. TECHNICAL DATA according to manufacturer’s specification: 1) Capacity Swing over bed: 680 mm Swing over cross slide: 630 mm Max. turning diameter: 376 mm Recommended turning diameter: 315 mm Max. turning length: 1245 mm Max. workpiece weight (incl. chuck): In chuck: 500 kg (with support: 1000 kg) Bar capacity in spindle: 102 mm 2) Main Spindle Kljdpsx Rqkujfx Ak Asw Chuck: 315 mm Spindle nose: A2#11 ASA Front spindle bearing diameter: 160 mm Spindle bore: 115 mm Chuck through hole: 103 mm Spindle motor power (S3-25%/S6-60%/S1 Continuous): 26/22/18.5 kW Spindle speed range: 2 - 800 rpm Max. spindle torque (S3-15%): 1123 Nm Power transmission: Belt 3) Sub-Spindle Chuck: 175 mm (optionally 210 mm) Spindle nose: A2#5 ASA Spindle bore (diameter): 62 mm Sub-spindle cylinder bore: 50 mm (H8) Spindle motor power (continuous/30 min): 7.5/5.5 kW Sub-spindle speed range: 4,500 rpm Max. spindle torque (30 min): 85 Nm Power transmission: Belt 4) Axis Travel X axis: 260 mm Z axis: 1350 mm Y axis: 105 (±52.5) mm B axis: 1350 mm C axis (1, 2): 360° (0.001° increments) Rapid traverse: X axis: 30 m/min Z axis: 30 m/min Y axis: 10 m/min B axis: 30 m/min C axis: 200 rpm 5) Bed and Saddle Slant bed, tilt angle: 30° Bed guideway (Z axis): 437 mm Saddle (X/Y axis): 321/325 mm Sub-spindle stroke: 335 mm 6) Tooling System Tool holders: BMT 65P Number of tools: 12 Tool size: 25 x 25 mm Max. drill diameter: 50/32 mm (main/sub-spindle) Driven tool motor power (5 min/Cont): 7.5/1.5 kW Driven tool speed: 5,000 rpm Driven tool max. torque: 95.5 Nm Driven tool collets (ER32): Φ3–Φ20mm (option) Turret indexing time: Single position: 0.15 s (1.2 s full station) Max. driven tool drilling diameter: φ20 mm, M20 x P2.5 7) Hydraulic System Tank capacity: 20 l Flow rate (60/50 Hz): 25 / 20.8 l/min Power/Pressure: 2.2 kW x 5.0 MPa 8) Coolant Tank capacity: 250 l Flow rate: 30 l/min Power/Pressure: 0.7 kW x 0.15/0.1 MPa (60/50 Hz) 9) Machine Accuracy Positioning: 0.01 mm Repeatability: 0.02 mm C Axis Positioning: 0.0167° Linear repeatability (axes X/Z/Y): ±0.002/±0.003/±0.003 mm C Axis repeatability: ±0.006° 10) Control System Full electric control for X, Y, Z, C axes For further questions or additional information, please feel free to contact us by message or phone.

Condition: used, Year of construction: 2015, functionality: fully functional, measuring range X-axis: 530 mm, measuring range Y-axis: 400 mm, measuring range Z-axis: 300 mm, warranty duration: 12 months, UK DELIVERY ONLY OPTIV Reference 2z543 Kljdpou Rq Sksfx Ak Aew Dual Z axis system Pneumatic active damping 10x CNC Zoom HP-S-X1C Analogue Scanning Probe Standard Styli Kit 3 port tip changer rack PC-DMIS Measurement Software Year of Manufacture 2015 2nd user machine, sold as seen. Measuring Range: Vision Sensor: X 530mm, Y 400mm, Z 300mm Tactile Sensor: X 530mm, Y 400mm, Z 300mm Mutual Measurement Range: X 530mm, Y 400mm, Z 300mm Length measurement error - Vision Sensor Ex, Ey = (0.5 + L/600) μm Exy = (0.8 + L/600) μm Length measurement error - Tactile Sensor MPEE (x), MPEE (y) = (0.5 + L/300) µm MPEE (xy) = (0.8 + L/300) µm MPEE = (1.3 + L/300) µm