Custom High-Temperature Measuring Systems for Material Tests

Precise optical measurements: non-contact and under controlled conditions up to 2400°C

The Center of Device Development CeDeD at Fraunhofer ISC develops and manufactures custom high-temperature measurement systems and high-precision thermal testing equipment for in-situ material characterization under extreme temperatures, controlled atmospheres, and customizable environmental conditions.

Our optical high-temperature testing systems (Thermo-optical measuring systems: TOM units) are tailored to specific customer requirements and application scenarios. They enable the realistic simulation of industrial thermal treatment processes on a laboratory scale across a wide temperature range from -40 °C to +2,400 °C.

The systems allow non-contact and largely non-destructive testing of materials under defined and reproducible conditions. They are applied across various industries such as energy technology, aerospace, process engineering, and advanced materials research.

Our range of thermo-optical measuring devices

 

TOM_O2

TOM_O2 combines a high temperature furnace with an optical dilatometer. A special optical system provides distortion free imaging during the heat treatment. Dimensional changes, melting and wetting phenomena can be investigated.

 

TOM-AC

Monitoring the sintering shrinkage without mechanical impact on the sample by using TOM-AC, a furnace with controlled atmosphere and dilatometer, for optimizing processing parameters.

 

IR TOM

Characterization of refractory materials in terms of their resistance against thermal shocks with IR TOM.

 

KLIMATOM

In-situ characterization of materials and material combinations under changing and extreme climate conditions with KLIMATOM.

 

MediTOM

MediTOM enables automated, non-invasive monitoring of tumor growth in 3D cell cultures – for standardized and precise in vitro analyses directly within the incubator.

 

TensioTOM

The high temperature tensiometer TensioTOM is a unique measuring device to customers' specifications. For the first time it is possible to monitor the dynamic wetting behavior of metal melts at high temperatures of up to 1700 °C.

Andreas Diegeler

Contact Press / Media

Dr. Andreas Diegeler

Head of Center of Device Development

Fraunhofer Institute for Silicate Research ISC
Bronnbach 28
97877 Wertheim/Bronnbach, Germany

Phone +49 9342 9221-702