Acid digestions of solid samples for main and trace element analysis are carried out in a modern digestion laboratory with special digestors that are also suitable for working with hydrofluoric and perchloric acid. The samples can be prepared as open digestions using the DigiPrep heating block system (SCP Science) or as closed digestions using the Multiwave 5000 microwave reaction platform (Anton Paar).
The Vitriox Electric 4+ fusion unit from Fluxana is available for the production of glass …

Jaw crushers are available for crushing rocks and other geological samples. Various mills (vibrating disc mill, McCrone mill) are available for further processing, which pulverize the granulates for further analysis.

The Magma Lab (mineralogical & geochemical micro–analytical laboratory) combines state-of-the-art technologies to investigate the mineralogical and isotopic composition of geologic samples at the micrometer scale. The lab includes a Rigaku SmartLab X-Ray diffractometer, a Bruker M4 Tornado energy-dispersive micro-X-Ray fluorescence spectrometer and a LA-ICP-MS. The Magma Lab is a laboratory complex and consists of several sub-modules. For more details, please see the individual websites.

LA-ICP-MS is a micro-destructive technique which enables the in situ analysis of elements and isotope ratios across the periodic table at very high scanning speeds and with very low detection limits. The 8900 ICP-QQQ is able to utilize reactive cell gases to resolve difficult spectral interferences. Samples: rock sections (max. 10 x 10 cm), 1 and 1/2 inch rounds; Spot size: 1 - 155 μm

The Rigaku SmartLab is a multipurpose X-Ray diffractometer system equipped with a high-flux 9kW rotating Cu anode and a 2D-detector. The X-Y-Z table holds samples up to 20 kg in weight and allows mappings on samples with a dimension of up to 87 x 100 mm. The device can be used for powder diffraction and for µ-spot analysis on different types of rock sections. Samples: Rock powders, sections up to 20 kg and 87 x 100 mm; Spot size: 100 μm / 300 μm / 500 μm

Bruker M4 Tornado is an energy-dispersive micro-X-Ray fluorescence spectrometer for the spatially resolved analysis of elements with atomic numbers from 11 (sodium). The device can analyze a wide range of samples such as large, inhomogeneous samples such or small particles. The M4 is equipped with capillary optics that realize spot sizes of 20 or 150 μm. Samples: rock sections or crystals, max. 190 x 160 mm; Spot size: 20 μm / 150 μm

A special grinding laboratory enables the production of thin sections of various rock types. Precision saws in various sizes, a grinding machine (MPS), a lapping machine (Logitec) and a polishing machine are available for this.

The wavelength dispersive X-Ray fluorescence spectrometer S8 Tiger 4 KW (Bruker) enables the detection of major and trace elements in one run. The chemical composition of rocks, minerals, ore and soil samples, and building materials can be measured in the form of powder tablets and glass beads at the lower ppm-level. Our element spectrum ranges from elements with mass 9 (F) to 92 (U).

The ZELMI lab for transmission electron microscopy (S)TEM provides high-resolution images of electron-transparent samples, analyses of topography and microstructure, crystal and crystal defect analyses via EDX as well as sub-atomic resolution in HR-(S)TEM.
For high-resolution transmission electron microscopy analyses, two devices are available. The JEOL JEM-ARM300F2 "GrandARM2"is one of the most versatile and highest-resolution STEMs. The first instrument of this type outside Japan was …

The atomic force field microscopy is a scanning probe imaging technique allowing 3D-analysis of sample topography with atomic level resolution. The scanning area comprises 100 µm x 100 µm x 100 µm, maximum height 25 µm; the maximum sample size is 80 mm x 80 mm x 20 mm.