Chemistry for sustainable building materials

The two microscopes in the BX53M series from Olympus offer a wide range of examination options thanks to their extensive equipment. They enable material analyses with a magnification of up to 50x in bright or dark field as well as under fluorescent light or a polarisation filter. In addition, panoramic and EFI images can be taken automatically with the motorised stage, ensuring efficient and precise documentation of samples.

We have purchased a Prusa MK4 3D printer for the reproducible and high-quality production of prototypes and samples from our bio-based materials. With its high-precision printing technology and support for various materials, it enables the realisation of complex designs and detailed structures – ideal for our research projects.

The Prusa MK4 ensures consistent printing results thanks to its precise control and automatic calibration. This opens up new possibilities for the development and testing of innovative bio-based materials and devices.

The Philips XL-30 scanning electron microscope enables our research group to perform precise and advanced material analyses. It utilises field emission technology to create high-resolution images of samples, while offering the ability to analyse materials under realistic environmental conditions, such as increased humidity. This flexibility is particularly valuable for analysing complex building materials and their reactions in different environments.