Medium Range Facilities

The Nanowizard II – JPK-Bruker is designed to provide the highest mechanical and thermal stability on inverted optical microscopes, during long-term experiments on samples ranging from single molecules to living cells and tissues. Overall, it is equipped with a Zeiss fluorescence microscope and it allows high-resolution images, force measurements, characterization of biological samples.

The Atomic Force Microscopy BIO provides topographical imaging of biological samples, such as tissues and cells, of a maximum lateral dimension of 100 micrometers x 100 micrometers and maximum height of 10 micrometers. This instrument can act as a nano manipulation tool, enabling controlled modifications of a substrate’s morphology. In biological systems, the Atomic Force Microscopy.

The Park NX10 Atomic Force Microscope (AFM) features enhanced XY and Z separated scanner performance, with fast Z servo response
and improved Z scan straightness for accurate imaging. The XY scanner ensures precise positioning. Another highlight is the low Z detector noise: thanks to a stacked piezo actuator and a strain gauge sensor, the NX10 provides both high precision and low noise level.

The Raman Spectrometer is a compact and fully automated micro spectrometer, combining Raman spectroscopy with AFM for Raman AFM and Tip Enhanced Raman Spectroscopy. This instrument supports confocal Raman, fluorescence and photoluminescence imaging. The Z20 optical profiling microscope adds versatile surface analysis, offering robust 3D metrology with high resolution data and true color imaging.

The WITec alpha300 is a versatile microscope combining SNOM, confocal microscopy, and AFM for correlated nanoscale optical, chemical, and topographical analysis. Its modular design supports inverted and upright setups, enabling efficient multimodal imaging of transparent and opaque samples across advanced research fields.

The ROKIT INVIVO 3D printing creates physical objects from digital designs, by layering materials like polymers. Bioprinting uses bioinks made of living cells and hydrogels to print tissues and organs. Compatible with polymers, this innovative technology shows great potential in regenerative medicine, enabling the fabrication of skin, bone, cartilage, and possibly fully functional transplantable organs in the future.

The Laser Scanning Confocal Microscope Leica is characterized by three fluorescence Photomultiplier Tubes detectors and supports 3Dimaging, spatially resolved emission, FRET and FRAP, plus a transmission Photomultiplier Tubes. This instrument offers eight excitation lines and a motorized 3D stage for larger samples. Compared with the TCS SP8, it is considered an entry level system.

The Leica TCS SP8 is built on the DMI8 platform. The instrument includes a PicoQuant Fluorescence Correlation Spectroscopy module, a PT detector for transmission imaging and five internal detectors, offering advanced confocal and fluorescence imaging capabilities. The detectors are two PT, one hybrid detector and two cooled hybrid detectors.

The Leica True Confocal Scanner SP5 II is a fluorescence microscope with confocal detection of both fluorescence and reflected light signals, featuring an optional Stimulated Emission Depletion mode reaching 70 nm resolution. This instrument enables optical imaging of tissues and cells in fluorescence and reflected light, providing high resolution visualization of different biological samples.

The NextSeq 550 (Next Generation Sequencing) is an integrated platform for high throughput genetic analysis and functional genomics, using automated cluster generation and Illumina SBS chemistry for sequencing of homopolymers. This instrument support from 20 to 120 Gb on single run, it completes runs in 12 – 30 hours, enables fully automated paired end sequencing.