NZX 6000
Large-scale high-efficiency 4-axis turning center that achieves the ultimate in productivity with long and large diameter workpieces
Max. workpiece diameter
900 mm
Max. workpiece length
4,000 mm
Max. X-axis stroke
485 mm
Max. Y-axis stroke
200 mm
Max. Z-axis stroke
4,150 mm
Control & software alternatives
MAPPS
Mitsubishi
Highlights
Guideway width
- With the largest width of slideways in its class, we have achieved stable cutting not only for turning but also for milling (option).
High-rigidity trapezoidal bed
- The basic structure using thick trapezoidal bed offers high torsional rigidity.
Spindle
- Wide variety of through-spindle holes suitable for various long/large-diameter workpieces.
- The spindle offers high output while keeping its size small by using the belt-less, gear driven structure.
Application Examples
Control & Software
Efficient Production Package
- Solutions for a safe process and for the efficient use of important machining steps
- Applications: cone cleaning, tool data monitoring, safe withdrawal movement, tapping, deep hole drilling, external thread and spigot milling, internal thread and circular milling, reverse countersink cycle
- 12 stored machining strategies for stock removal, deep hole drilling, Pocket milling machines*
Highlights
Customer Benefits
- Runtime optimization according to individual application
- Safe retraction after program break
- Tool data monitoring
Left : Input mask for universal cycle pocket milling. / Right : Input mask for tapping cycle
gearSKIVING 2.0
- Straight and helical external or internal spur gears and splines
- Arrow teeth with tooth offset Turn-mill machines
- Ball-shaped toothing by mathematical transformation of the 6th virtual axis
Highlights
Customer Benefits
- Internal toothing without angular head possible
- Short processing times, 10 x faster than shaping
- Synchronization and tool path controlled by the Cycle
Left : Inside gear profile machining. / Right : Outside gear profile machining.
gearHOBBING
- Programming of the gearing parameters via dialog input
- For spur gear, helical gear and worm gear
- Gear cutters and disk cutters can be used
- Maximized tool life by shifting of the cutter
- Achievable quality ≤ DIN 7
Highlights
Customer benefits
- Gear profile modifications easy to handle
- Use of regrinded tools
- Error prevention by monitoring (e. g. wrong axis cross angle, or wrong turning speed, or turning direction)
Left : Dialogue-supported input of all necesary gearing data. / Right : Input of the gearing paramters by single tooth or single groove milling.
Excentric turning and milling
- Superposition of the turning movement by additional X- and Y-traverses
- Applicable for turning and milling
Highlights
Customer Benefits
- Eccentric geometries easy to manufacture
- Exact axis coupling and synchronization in the background
Left : Enter the parameters for the position of the external workpiece area. / Right : Graphical representation of the position within the workpiece.
Retraction Cycle
- By pushing the associated key the X- axis and the Y-axis travel to the positive end-positions for external machining
- Ideally suited to prepare the work space for set-up and alternatively also as an emergency rescue function.
Highlights
Customer Benefits
Functionality - Selection of the cycle by pressing the associated key on the operating panel
- Easy operation when setting up multi - channel machinery
- Possibilty of a fast response during external machining as a rescue function
Easy Tool Monitor 2.0
- Prevention of damage due to tool breakage or tool overload
- Sensorless with automated learning of load limits
- For turning, milling and drilling (up to 3 mm diameter)
- NEW: User interface on CELOS SideScreen
- NEW: Powerful algorithm for efficient monitoring after the first workpiece
Highlights
Customer Benefits
- Protection Package: Perfect supplement to MPC Lathes. Price advantage (approx. 40%)
- Save the monitoring limits for each tool and every cutting edge in the program
Left : LIVE status display in CELOS Sidescreen; current, set process values. / Right : Easy operation of the monitoring parameters in the tool table.
Chip Breaking
- Oscillating movement of the feed axis results in air cutting, which leads to effective chip size reduction
- For external longitudinal turning of internal and external diameters, facing, drilling and grooving*
- Integrated safety function checks plausibility of parameter entries
* For inclined surfaces, a step pattern results because the feed can only be oscillated in one axis at a time.
Highlights
Customer benefits
Before the actual machining, the machining status can be checked by using a graphic
- The chip length can be practically determined by the cycle and is independent of the material
- No more process interruptions, as chip balls are avoided
- Easy setting on the HMI with high operating safety
Left: The oscillation can be set with the simplest parameter inputs / Right: Simply activate it by ON / OFF in the HMI
Polygon turning
- Machining also on machines without Y-axis
- Highly productive without milling the individual surfaces
- Dialog-guided programming thanks to the technology cycle
Highlights
Customer Benefits
Different regular polygon shapes integrated
- Productivity especially for small components
- Chamfering possible in the same process
- Simple and fast programming minimizes errors
Outer diameter parameter setting
Multi Threading 2.0
- NEW: On-Point Threading - Position oriented thread production
- Free definition of contours, pitches and gears possible
- Creation of large transmission threads, which can not be manufactured by simple thread chasing
Highlights
Customer Benefits
- Trapezoidal, buttress and knuckle thread easily programmable at the machine
- Screw conveyor with any profile geometry
- Ball screw nut with cross holes simple to realize
Left : Input of the parameter for thread length, position pf the thread and the distance of the retract movement. / Right : Parameters for thread shaping, e.g. profie height, pitch diameter, etc.
Multi threading 2.0 Pro
Highlights
- Producing profiles with undercut due to the profile splitting option.
- Applying standard tools and tool holder for left and right sided machining of the flanks
- Surface quality of Ra 0,3 an CrNi-Alloys possible
Counter spindle tip
- Perfect combination of 6-sided complete machining and tailstock function
- Automatically load and unload a tailstock centre into the chuck of the main spindle or counter spindle via the milling spindle and into the mgazine
- Support of long and slender workpieces on the main spindle thanks to the synchronous counter spindle tip
Highlights
Customer Benefits
- Higher component accuracy due to automatic change without opening the door (heat flow constant)
- Position-locking the spindle with the tip leads to increased process safety
Left : Automatic changed centering tip. / Right : Parameter Input Mask: Control Cleaning, changing tip and control coolant
Multitool
- Efficient use of multi-tip turning tools with more than one cutting edge on turn & mill
- Several "sister tools" on one main tool holder
Highlights
Customer Benefits
- Reduction of tool change times
- Saves tool magazine space
DMG MORI gearMILL
- Productive complete processing
- Cost-effective gear cutting on standard machine with standard tools
- Flexible for different gear geometries
- Quality inspection in the process
Highlights
Customer Benefits
- Program creation based on blank drawings and gear data
- Optimization of workpiece orientation e.g. after heat treatment
- Interface for coordinate measuring device (Klingenberg, Leitz, Zeiss)
Left : Input of the gear parameters for the geometry calculation of a spur gear. / Right : Grafische Betrachtung des Abwälzverfahrens.
Alternating speed
- Easy to operate through three parameters and without additional sensors
- Avoiding vibrations by means adaptation of the speed
- Application for the main spindle and counter spindle, or for milling machines with FD tables with Direct Drive
Highlights
Customer Benefits
Input of parameters for speed set-point, differential speed and revolution frequency
- No manual intervention by the operator
- Identical repeatability for all components
- Increased process safety for special applications by avoiding vibrations. example, When using long thin drills or for milling parts with critical clamping
Service & Training
Downloads & Technical Data
Downloads
Work Area
Max. X-axis stroke
485 mm
Max. Y-axis stroke
200 mm
Max. Z-axis stroke
4,150 mm
Workpiece
Max. workpiece diameter
900 mm
Max. workpiece length
4,000 mm