The versatility of the transfluid production cell allows
different processes to be implemented efficiently.
loading. For powder-coated tubes, separate loading
is provided, because here only small quantities
are loaded, so as to prevent surface damage. An
integrated transfluid axial forming machine creates
geometries or hose connections. And on a second
forming machine, the flanges necessary for some
components can be loaded and attached. Then the
tubes are correctly positioned in a bending machine,
bent and it ensues a controlled unloading. A robot
does the entire handling from separation to the
individual machines.
Monitored, documented assembly
For tubes used in hydraulic systems, the processing
procedure first involves a bending cell that makes the
right/left bend on a fully electrical machine. Then the
robot positions the tube for a die ring assembly. The
nut and die ring are automatically loaded there and
monitored assembly occurs. The pressure and stroke
are monitored and properly documented by the
system for tracing.
The finished components are then placed into various
compartments in movable trolleys. They can be
taken immediately for further processing. Trolley
exchange occurs outside the safety area, so that the
system continues to produce during unloading. This
cell’s overall configuration is enormously efficient
and versatile. It shows that automated component
production no longer has to involve large quantities.
Effective tube solutions of this kind will surely be
part of the conversation at transfluid’s booth G95 in
hall 15 at EMO Hanover.
.
www.tube-processing-machines.com
TUBE NEWS September 2017 11