E-MACHINE
The world's first all-electric precision lathe is ideal for many applications, such as highly dynamic
cutting processes, i.e. high-performance technologies such as out-of-round turning.
-
No hydraulic or pneumatic actuators
Advanced, scalable control technology
All movements of the E-MACHINE are executed completely electrically
Efficient use of energy
In the exemplary version of an out-of-round precision lathe, the VERTOR C-1 E-MACHINE concept
offers ideal conditions for the inclusion of the HOT (Hyper-speed Oval Turning) machining system.
This enables the production of oval and polygonal workpiece shapes on a high technological level.
Due to the exclusive use of electric components and actuators, energy savings of up to 15% can be
achieved over the entire life cycle of a WEISSER machine tool.
Special WEISSER servo-drive technology and highly efficient cutting processes, such as out-of-round
turning or rotational turning, make an additional significant contribution to increasing the
energy efficiency.
Thanks to a more homogeneous temperature development and impact-free machine operation due to
controlled drives, even in the ancillary units, the customer benefits in terms of availability,
stability and reliability are improved even further. This leads to a further increase in productivity.
The world's first all-electric precision lathe is ideal for many applications, such as highly dynamic
cutting processes, i.e. high-performance technologies such as out-of-round turning.
-
No hydraulic or pneumatic actuators
Advanced, scalable control technology
All movements of the E-MACHINE are executed completely electrically
Efficient use of energy
In the exemplary version of an out-of-round precision lathe, the VERTOR C-1 E-MACHINE concept
offers ideal conditions for the inclusion of the HOT (Hyper-speed Oval Turning) machining system.
This enables the production of oval and polygonal workpiece shapes on a high technological level.
Due to the exclusive use of electric components and actuators, energy savings of up to 15% can be
achieved over the entire life cycle of a WEISSER machine tool
Special WEISSER servo-drive technology and highly efficient cutting processes, such as out-of-round
turning or rotational turning, make an additional significant contribution to increasing the
energy efficiency
Thanks to a more homogeneous temperature development and impact-free machine operation due to
controlled drives, even in the ancillary units, the customer benefits in terms of availability,
stability and reliability are improved even further. This leads to a further increase in productivity.
Technical data on the WEISSER UNIVERTOR AC-1 |
Front spindle bearing diameter |
mm |
90 |
Chuck size |
mm |
210 |
Maximum motor-spindle power |
kW |
27 |
X axis working stroke |
mm |
260 |
Travel path Z axis |
mm |
180 |
Rapid motion speed X axis |
m/min |
60 |
Rapid motion speed Z axis |
m/min |
30 |
Special feature |
Very short "chip-to-chip "times. |