PROMILL PMV 206 - 2020

Specifications
Manufacturer | PROMILL |
Model | PMV 206 |
Year | 2020 |
Condition | New |
Control Unit | Heidenhain TNC640 |
X-Axis travel | 2000 mm |
Y-Axis travel | 600 mm |
Z-Axis travel | 550 mm |
Rapid traverse | 30-30-24 m/min |
Clamping table | 2500 x 700 mm |
Distance spindle nose to table | 150 - 700 mm |
Number of tool positions | 30 |
Tool weight max | 6 kg |
Tool length max | 300 mm |
Tool diameter max | Ø 75 mm |
Tool recording | SK40 |
Power | 20 kW |
Connection | 45 kVA |
Dimensions | L 6200 x W 3400 x H 2900 mm |
Weight | 14000 Kg |
Availability | Immediately |
Observations | *Information can sometimes be inaccurate and change without notice! |
Description
CNC Machining centres - Year: 2020
More info:
Vertical machining center with tool magazine, with fixed clamping table, moving column with vertical ram.
3-axis machining center with.
linear roller guides in the X, Y and Z axes, mobile clamping table and dynamic main spindle with. Tool holder SK40 acc. DIN 69871/72-AD, closed pulley cooling system
driven spindle. n = 15,000 min-1 Pmax = 20 kW, tool magazine 40 times and completely closed machining space.
with double front sliding doors and large windows to the front.
Coolant / chip collection:
The machine is equipped with completely closed plating with an electronic around the processing area guarded double sliding doors at the front.
A chip coil system is installed in the machining room. The processing space is also provided of sloping and slightly sloping surfaces that end in a chip collecting reservoir.
The flushing system and the sloping surfaces in the plating can promote chip evacuation. A chip conveyor is optionally available instead of a chip collection container.
Feeding System:
Highly dynamic digital three-phase servo motors that direct the ball screws on the 3 axes
are driven, i.e. an exceptionally rigid one has also been chosen in the drive system control circuit without drive belts. All bullets are mounted symmetrically under the slides, creating a high accuracy during movement is already provided in the base.