Fully automatic unloading of workpieces
with axial access to the finished part
This unloading technology is suitable for single spindle
lathes without tailstock and especially for opposed spindle turning centres. In the highly productive opposed spindle turning centres the finished part is accessed through the
draw tube of the opposed spindle.
The workpiece is removed from the chuck with
a gripper component and placed gently on the deposit table
of the unloading machine.
Apart from the aspect of full automation, this tech-
nology is also extremely attractive as far as cycle times are concerned. Since, in most cases, more is machined on the main spindle than on the opposed spindle, no additional time
is needed for removal of the workpiece.
For long workpieces, which conventionally can only
be removed through the machine door, unloading through
the opposed spindle is incomparably faster.
This time-optimised unloading during the process is
highly efficient.
In most cases of application the rationalisation effect
of this technology is extraordinarily high. Users report of
cycle time reductions of around 60 percent. Automation of further linkage with handling machines and magazines is
also available. In such cases Breuning takes over responsi-bility for designing and implementing the complete automated peripherals as system partner.
Automatic unloading machine ILS-REX
with axial access to the finished part
This unloading technology is suitable for single spindle
lathes without tailstock and especially for opposed spindle turning centres. In the highly productive opposed spindle turning centres the finished part is accessed through the
draw tube of the opposed spindle.
The workpiece is removed from the chuck with
a gripper component and placed gently on the deposit table
of the unloading machine.
Apart from the aspect of full automation, this tech-
nology is also extremely attractive as far as cycle times are concerned. Since, in most cases, more is machined on the main spindle than on the opposed spindle, no additional time
is needed for removal of the workpiece.
For long workpieces, which conventionally can only
be removed through the machine door, unloading through
the opposed spindle is incomparably faster.
This time-optimised unloading during the process is
highly efficient.
In most cases of application the rationalisation effect
of this technology is extraordinarily high. Users report of
cycle time reductions of around 60 percent. Automation of further linkage with handling machines and magazines is
also available. In such cases Breuning takes over responsi-bility for designing and implementing the complete automated peripherals as system partner.
Automatic unloading machine ILS-REX
NEWS |