MSG Maschinenbau

Into the future with MSG Maschinenbau

We work with our customers to develop ideas and innovative concepts in the field of special machine engineering, handling, and separating of rods and tubes, as well as state-of-the-art measuring technologies. We create efficient, customised solutions along the entire production chain.

From medium-sized companies to international corporations, at MSG Maschinenbau always puts the customer’s wishes and the generation of added value at its focus.

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Products & Solutions

Safely into the future with us thanks to best solutions

Special machine engineering

Complex special solutions are our strength. All plants are planned, implemented, installed, and commissioned anywhere worldwide based on customer requirements.

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Handling & Separation

MSG provides versatile handling and separation solutions. We design handling systems and separating distribution systems for every special requirement.

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Measuring technology

MSG measuring technology records electrical and physical data for all processes in the entire production process. We evaluate all data that are important for you.

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Measuring technology

Our measuring technology ensures highest efficiency in your production process

GMS-E pipe end measurement

The GMS-E, specially developed for industrial applications, provides information about pipe production quality. The geometry at the pipe end is analysed. MSG has developed technology to record of cross-sectional geometry at a measuring depth approximately corresponding to the inner diameter.

GMS-E pipe end measurement

GMS-E Rohrendenmessung
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GMS-S straightness measurement

Length, as well as the influence of external forces acting on the rod makes determination of the straightness/twist of sabre products difficult. Our patented GMS-S straightness measurement system permits this complicated in-line straightness measurement of round bar products such as tubes or shafts in space. This returns the local or global straightness/irregularity without falsification by gravity.

GMS-S straightness measurement

GMS-S Geradheitsmessung
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Outer GMS-P profile section measurement

The GMS-P permits creation of a digital tube image (“digital twin”), in particular for round tubes and profile barrels. The tube to be inspected can be transported through the measuring system on a roller conveyor. The measuring principle of the GMS-P is based on a laser-cutting method with a corresponding number of profile measurements performed on a tube at the scanning frequency. These can then be reviewed for geometric tolerance violations after the pass.

Outer GMS-P profile section measurement

GMS-P Profilschnittmessung Aussen
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GMS-PS profile section measurement and straightness

This system is an extension of the GMS-P, reducing the formerly time-consuming, manual straightness measurement on large-diameter tubes to a fraction of a second. Full circumferential measurements are possible in any radial position of the tube, rather than only along the horizontal tube surface. Integrated calibration permits quick and easy restoration of process capability.

GMS-PS profile section measurement & straightness

GMS-PS Profilschnittmessung und Geradheit
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Inner GMS-I profile section measurement

The GMS-I permits creation of a digital tube image (“digital twin”), in particular for large tubes. The tube to be inspected can be transported via a roller conveyor past a measuring head attached to the lance that geometrically measures its inside. The measuring principle of the GMS-I is based on a default laser-cutting method with a corresponding number of profile measurements performed on a tube at the scanning frequency. These can then be reviewed for geometric tolerance violations after the pass.

Inner GMS-I profile section measurement

GMS-I Profilschnittmessung Innen
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GMS-C curvature measurement

To measure the curvature of a bent sheet metal plate, for example, the bending shape can be recorded with the GMS-C and compared with a stored reference geometry. The reference geometry can be that of an ideally rounded bottom segment (test template), or any free form. The evaluation characteristic can be the reference geometry deviation from the actual geometry, or a calculated local curvature value.

GMS-C curvature measurement

GMS-C Krümmungsmessung
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GMS-B measuring cell for bent tubes

The measuring cell for bent tubes is a contact-free optical measuring system for measuring tube and wire bent parts. A digital image of the workpiece to be inspected is recorded in just a few seconds by way of shadow projection. It is then compared to a stored model transferred via CAD interface for dimensional accuracy.

GMS-B measuring cell for bent tubes

GMS-B Messzelle für gebogene Rohre
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