Sms Siemag Aktiengesellschaft

Sms Schloemann-siemag Aktiengesellschaft

Sms Group Gmbh

Rolf Franz

Jürgen Seidel

Matthias Kipping

Olaf Norman Jepsen

Matthias Tuschhoff

Christian Mengel

Michael Breuer

Karl-Heinz Spitzer

Peter Sudau

Hellfried Eichholz

Thomas Runkel

Wolfgang Fuchs

Markus Schäperkötter

Roman Dehmel

Jens Artel

Peter Jollet

Frank-Günter Benner

Waldemar Michel

A device and a method for horizontal casting of a metal band. The device includes a dispensing vessel for a melt and a cooled conveyor belt disposed downstream of the dispensing vessel in the casting direction running between two deflecting rollers and on which the metal band can be transported. The device further includes at least one roller that can be engaged with the metal band for profiling. Early and therefore improved influence on the profile of a metal band, that is the leader band, is thereby made possible.

Device and method for horizontal casting of a metal band

The invention concerns a method and a coiler mandrel for coiling metal strip (), wherein the coiler mandrel () comprises a mandrel body (), a plurality of radially expandable segments () arranged around the mandrel body (), and a plurality of hydraulic cylinders () by which the segments () can be moved in the radial direction. To be able to coil the metal strip with a circular coil eye even when the friction varies in the individual cylinders, the invention proposes that each cylinder () of the plurality of cylinders be individually controlled.

Method and device for winding metal strip material

The invention relates to a device () for measuring the width (B) and/or the position of a metal strip () or a slab, which has at least two measuring systems (), with each located on a side () of the metal strip () or the slab, wherein each measuring system () has a sensor () designed to detect the lateral end () of the metal strip (). To make the measuring device robust and to enable dynamic measurement, according to the invention the sensor () is located on a moving element () with which it can be moved in a straight line in a direction (Q) at right angles to the longitudinal direction (L) of the metal strip ().

Device with movable sensor for measuring the width and/or the position of a metal strip or slab

A device for manufacturing a metal strip has solidification section () formed as a horizontally extending conveyor element for transporting cast metal in a transport direction (F), a delivery vessel () for delivering liquid metal to a first location of the solidification section (), a delivery vessel () for delivering liquid metal to a first location of the solidification section (); and a device provided at or downstream of a second location spaced from the first location for maintaining a desired tension of a metal strip and including at least one driver () for transporting the metal.

Method and device for manufacturing a strip of metal

An arrangement for measuring the planarity of a rolled strip which is under tension in a hot strip rolling train with a roughing train and a finishing train including several roll stands and a reel. At least one measuring roller is arranged in rolling direction between the first roll stand of the finishing train and the reel, wherein the rolled strip is guided over each measuring roller, so that the measuring roller is bent as a result of the strip tension; in addition, pick-ups for measuring bending of the measuring roller are provided.

Planarity measuring roller

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Kreuztal, Germany

Rolf Franz