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FACULTY OF BIOLOGY, CHEMISTRY AND EARTH SCIENCES

Chair of Macromolecular Chemistry I - Prof. Dr. Johannes C. Brendel

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Polymer processing

3D printing: FDM, Filament 1.75 mm

  • Prusa MK4 with Prusa MMU3
  • Prusa XL with 5 Extrudern
  • Anisoprint Composer A4 endless carbon fiber
  • Modix Big60 V4 Upgrade Dual-Extruder 

Spin-coater (Convac 1001)


Evaporator (Balzers PLS500) with combinatory insert
​The system has 3 effusion sources for organic materials and 2 resistance heaters for evaporating inorganic materials or metals. Linear or stepped layer gradients, defined material sectors or co-evaporated multi-material layers can be produced with the aid of the self-developed combinatorial turntable.


PFTE Ultra-thin film coater (Tribotrak, DACA)​
With the Tribotrack, after heating a Teflon rod and a corresponding substrate to 200 – 300°C, the Teflon rod is pressed onto the substrate and then pulled over the hot substrate. A thin Teflon film is deposited which can be used, for example, as an orientation layer for liquid crystals or other anisotropic molecules.


Buffing machine (Parker Positioning Systems Daedal Division)​
​With the aid of the bufffing machine, the surface molecules of a polymer film can be oriented by guiding the film past the rotating roller, which is covered with a velvet cloth, in light contact.


Rotary microtome Leica RM2255​
With the Leica RM255 rotary microtome, sample sections can be prepared using the cutting mode (0 – 420 mm/s, section thickness: 0.5 – 100 µm) and the trimming mode (electric coarse drive, 300 or 800 µm/s, section thickness: 1 –600 µm).


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