Nominal centre distance mm 1000/2000/3000/4500
Swing - ø over Top slide mm 830
Swing - ø over Bottom slide mm 640
Max. Turning- ø between centers mm 830(760)
Standard chuck - ø mm 400/500/630
Max. power, Turning spindle 100% duty cycle kW 40/60
Max. torque, Turning spindle 100% duty cycle Nm 2318/2748
Max. spindle speed, Turning spindle min-1 2600/2600
Max. power, Milling spindle 100% duty cycle kW 30
Max. torque, Milling spindle 100% duty cycle Nm 315
Max. spindle speed, Milling spindle min-1 6000
Max. pressure of coolant through spindle bar 80
Swivelling range B-axis degree -110/+90
Travel Y-axis mm 600(-200/+400)
Travel X-axis mm 720(-20/+700)
Steady rest, Max. clamping - ø mm 460
Tailstock, quill - ø mm 180
Tool Magazine HSK-A63 / Capto C6 number 40/80/120**
Tool Magazine HSK-A100 number 30/60/90**
Tool Magazin Capto C8 / KM 80 number 36/72/108**
Control Siemens Type SINUMERIK 840D
** +3 tool stations in the pick-up magazine (prismatic), +15 tools in the manual magazine (management by software)
- Quantity of tools in the magazin depends on customer requirements
Reduction of floor to floor time
The number of machines involved in the machining process is drastically reduced. Queuing up in front of machines or transportation from one machine to the next is reduced to a minimum. Work scheduling and planning is extremely simplified. The cost-consuming stock piling of semi-finished parts is reduced.
Increased flexibility
Set-up times for MILLTURNS are usually less than 30 min when changing to another clamping or part. Expensive and complicated fixtures are not necessary. Due to the enormous technological capabilities, MILLTURN’s offers more creative possibilities in the customer's design department.
Increased utilisation
Decreasing set-up times are equivalent to a significant increase in productive hours.
Reduction of manpower
The reduction of the number of machines involved in the production process automatically reduces personnel requirements for operation, inspection, part transport and work scheduling. The complete machining process combines formerly individual processes in just one operation with a now comparatively longer task time, which makes it possible for operators to work on several machines..