Facilities

Biacore T200 is a versatile system for high-quality characterization of molecular interactions, all the way from research to discovery and quality control

Six-Axis High-Speed Assembly and Handling Robot. Ideal for high-speed assembly and handling applications, the GP8 robot is fast and compact. Not only does this highly efficient robot offer the highest payload, fastest speed, and highest wrist allowable moment in its class, but it also can be controlled and programmed by the IEC61131-3 and PLCopen programming standards.

The Dobot Magician Educational Robot is a sturdy 4-axis robotic arm with 0.2mm positioning repeatability. The high quality aluminum frame provides stability and the microstepping step motors provide smooth motion precision positioning.

The 1260 Infinity II LC offers the widest choice of modules for analytical HPLC and UHPLC. Reliable instrumentation combines with latest column technologies and advanced supplies to guarantee robust separation and detection performance. Easy column handling and superior sample logistics, from sample submission to data analysis, ensure fast turnaround times and highest instrument utilization. Seamless method transfer and stepwise upgrade paths facilitate risk-free integration in current infrastructure, for nondisruptive transition to highest performance within the confines of your budget.

Research scale peptide synthesizers can be used for R&D, process development, and small scale manufacturing. With patented 180º inversion mixing, it provides complete resin to solvent contact while synthesizing your peptide

The 336 allows for powder amino acid delivery, while the 136 utilizes stock solution amino acid. Reaction vessel sizes ranges from 20ml to 250ml, with up to 3 reaction vessels for simultaneous synthesis

The MC10plus is a semi-automatic 10-channel ball coagulometer for high sample throughputs with mechanical and optionally optical detection. The appearance of the mechanical ball coagulometers (AMELUNG) changed over the years without considerable modification of the basic concept which has remained the leading standard principle. Basing on this method, our experience and the latest technology we developped an analyser which is unique throughout the world with regard to precision, measuring speed and convenience.

The EVOS M7000 Imaging System replaces the EVOS FL Auto 2 instrument (Cat. No. AMAFD2000). It features high-resolution CMOS cameras (mono and color) with improved resolution and sensitivity across the spectrum and a high-performance PC with a responsive SSD and GPU for faster autofocusing, image acquisition and processing of large data sets. Its user interface and software features mirror that of FL Auto 2 and it is compatible with the same accessories, including the EVOS Onstage Incubator. This system has been designed with advanced capabilities to simplify demanding cell-based imaging applications such as live-cell analysis, image tiling, and z-stacking, so you can focus on acquiring images and data rather than instrument operation.

The CD spectrometer can be used to conduct wavelength, temperature, kinetic, and titration experiments. CD spectra can be recorded as a function of wavelength, time, temperature, pH, or concentration. The instrument includes software by AVIV for instrument control, data acquisition, and processing in a Windows environment. All experimental parameters are accessed through pull down menus.

The MEA2100-System is the most versatile in vitro recording system from Multi Channel Systems. You can record from neuronal or cardiac cultures, stem cells, or brain or cardiac slices.

It is based on an idea from the 1970’s, when Thomas et al. found that electrical activity can be recorded extracellularly with microelectrode arrays (MEA). Over the decades, many peer-reviewed articles have proven that the MEA technology is indeed a very powerful tool in electrophysiology research and the technology around the MEA has improved significantly.

The resulting NanoWizard® 3 NanoScience system design provides the highest AFM performance in liquids and air, integrated with optical microscopy. It provides optimum imaging in air and liquid for single molecules, polymers and nanomaterials. The tip-scanning head equipped with a flexure scanner gives highest flexibility for a large variety of different samples. In particular, large sample size scanning is possible. The expanded flexibility and modularity of design coupled with the widest range of operation modes and accessories from electrochemistry to the tip-assisted optics module makes this the ideal platform for multiple users and applications.

The well-established Raman-AFM combination alpha300 RA was the first integrated Raman AFM system on the market and continues to set the standard for combined instrument configurations for correlative Raman-AFM microscopy. The alpha300 RA incorporates the features of the Raman microscopy system alpha300 R for powerful chemical imaging along with Atomic Force Microscopy (alpha300 A) for high-resolution nanoscale surface characterization. Thus correlative Raman AFM imaging facilitates a comprehensive understanding of the samples.