Eurobend GmbH offers a full range of high-performance automatic straightening machines for different wire qualities covering the diameter range from Ø2mm up to Ø12mm. Two and three rotor models are available. These are machines with high production output. There are models with rotors for different diameter ranges each and models with rotors that all cover the same diameter range achieving production speeds of up to 250m/min.

Depending on the production requirements, the rotors can all be operated simultaneously or individually. The same or different diameters are processed by each rotor and the same or different lengths are cut off. Maximum flexibility in production operations is guaranteed.

Thanks to the unique rotor straightening system, straightening accuracies of better than 1/1000 are guaranteed. Thanks to the very low friction the wire is not heated, as with conventional methods with straightening dies or straightening rollers, the surface is not damaged and the energy costs are reduced by up to 40%.

Thanks to the low friction, the lifespan of the hyperbolic rollers is extremely long. There is no longer any need to re-adjust the rollers, as is the case with the hard metal dies of conventional systems. The excellent straightening quality is guaranteed in the long term. This fact and the modern monitoring electronics ensure a minimal use of personnel. The machines can be operated practically unattended.

Depending on the model, two types of length measuring systems are available.
 – A numerical measuring system, type “NC”, with a rotary encoder. Length inaccuracies of ± 1-2mm are achieved.
 – A mechanical stop system, type “MS”. Here the length accuracy increases to ± 0.1mm

Flying cutting units with a sophisticated design ensure a clean, burr-free, round cut without interrupting the feed and damaging the material.

wire 2022, hall 15 booth E 28

Eurobend GmbH
Alexanderstrasse 1, 90547 Stein, Nuremberg, Germany
Contact person is Harris Athanassopoulos
Tel.: +49 911 9498980
info@eurobend.com
www.eurobend.com