2x ট্রান্সফার মেশিন

Pfiffner 2x RT 100-12

_____
2 Pieces of Pfiffner RT 100-12

Description:
Year of manuf. : 2013
Cedpfxow Si T As Af Usgu
Control : Siemens 840 D

Rotary-Indexing-table/Spindle:
Clamping stations:12 motorised spindles
Drive:Torque drive, water-cooled
Position measuring system:Direct
Switching time:1.5 seconds
Spindles:Water-cooled motor spindles
C-axes:0.001°, hydraulic clamping
Speed:5,500 rpm
Power:11 kW
Clamping device:Chuck

Basic modules:
Technology:Positioning module, 3-axis
X-axis:50 mm
Y-axis:100 mm
Z-axis:100 mm
Position measuring systems:Direct in all axes
Coolant supply:Integrated
:
:
Workpiece size (max.):100 x 100 x 100 mm

Station 1:
Horizontal:feeding of raw parts (indexing conveyor + Stäubli robot)
Vertical:Measuring raw part

Station 2:
Horizontal:4-fold turret without drive
Vertical:Measuring reclamping error (C-axis zeroing)

Station 3:
Horizontal:4-fold turret without drive
Vertical:Not used

Station 4:
Horizontal:4-fold turret without drive
Vertical:Not used

Station 5:
Horizontal:6-position turret with WAN, 10,000 rpm
Vertical:6-position turret with WAN 10,000 rpm

Station 6:
Horizontal:4-fold turret without drive
Vertical:Not used

Station 7:
Horizontal:6-position turret with WAN, 10,000 rpm
Vertical:Not used

Station 8:
Horizontal:6-position turret with WAN, 10,000 rpm
Vertical:Not used

Station 9:
Horizontal:4-fold turret without drive
Vertical:Not used

Station 10:
Horizontal:6-position turret with WAN, 10,000 rpm
Vertical:Not used

Station 11:
Horizontal:6-position turret with WAN, 10,000 rpm
Vertical:6-position turret with WAN 10,000 rpm

Station 12:
Horizontal:Charging/discharging unit with double swivelling gripper + discharging belt

Equipment:
Chipmanagement:Chip conveyor
High preassure unit:Cooling unit 50 bar
Toolmonitoring:Toolbreaktagecontrol ARTIS
Rawmaterialfeed:Conveyorbelt with robot
Finishpartremoval:Conveyor with 3-way switch
Oilmistseparation:Electrostatic filter
Fire extraction system:Kraft + Bauer
Part labelling:Laser
Parts cleaning:HESO cleaning system