DMG MORI LASERTEC 65 3D Hybrid 5 Axis

DMG MORI LASERTEC 65 3D Hybrid
Year: 2014


General Data
Measurements width: 1200 mm
Measurements depth: 1050 mm
Measurements height: 2000 mm

Control Unit
Brand: DMG MORI
Model: CELOS (SIEMENS 840D sl)
Interface: 21.5“ ERGOline Control
CNC main language: German (English, Italian)
CNC language customizable: Yes

Main drive
Spindle speed range: 14000 1/min
Spindle motor power: 14 kW (100% ED)
Tool taper: SK40
Laserpower: 2.5 KW
Number of axis: 5

Movement
X-AXIS Movement: 650 mm
Y-AXIS Movement: 650 mm
Z-AXIS Movement: 560 mm

Table
Outer length: 800 mm
Outer width: 650 mm

Tools
Slots in storage: 60

Media
Oil water separator: Yes
Chip conveyor: Yes
Internal cooling: Yes

Additional Equipment
- Inner cooling system 40 bar, 23 l/min
- Scraper belt chip conveyor with coolant system 600 liters, paper belt filter
- Infrared measuring probe Renishaw OMP 60 Version for SK 40 (the probe is automatically inserted into the work spindle from the tool magazine)
- Rinsing gun with pump 2 bar/40 l/min
- Oil/emulsion mist separator
- Tool measurement in the Blum Laser work area
- MPC Machine Protection Control & 3D quickSET
- Surcharge for powder feeder Twin System
- Suction unit with secondary filter stage
- electronic handwheel Siemens 840D

- Vertical headstock
- Tool changing device
- Double gripper
- Nc swivel rotary table
- Table top c-axis: d 650 mm, integrated in fixed table 800 mm x 650 mm
- Rotation range c-axis: 360° swivel range a-axis: +120°/-120
Qualitative Machine Benefits:
- Automated insertion and removal of the laser processing head for laser application or milling fiber-guided diode laser with 2,500 watts of power
- Processing optics with focusing lens
- Cooling unit blowing air through the center of the spindle
- Large work area for workpieces up to ø 500 mm, 350 mm height and max. 600 kg
- Accessibility and ergonomics: large door opening, workpiece loading from the front and complete accessibility
- Small footprint with 12 m2 installation area
- Safety package for power failure