Bruker Corporation products

Quartet is a miniature fluorescence microscope and data collection software package optimized for neuronal calcium imaging.

The Zirconium™ Ultra Nano- and Micro-UHPLC System is a binary gradient pump with a vast range of split-less flow rates from 4 nl/min to 500 µl/min at 1000 bar (15,000 psi). Methods can be scaled from conventional 2.1 mm ID columns down to 75 µm ID while using the same pump all the way, thereby achieving more than 700x sensitivity gain. The high resolution linear piston drives and optional flow sensors allow for highly precise gradient control at the lowest flow rates and highest pressures. Thanks to a unique, patented pump head and active valve design it is now possible to completely automate all preparative and diagnostic functions, individual pre compression of solvents for short equilibration times, and flow-through purging for automated solvent exchange and air removal. Comprehensive software support packages complete a UHPLC system which remains unmatched on the market today.

The Zirconium Ultra micro- and nano-UHPLC pump of the Swiss independent vendor Prolab Instruments has been a big success in many application fields such as metabolomics, drug discovery, proteomics, and lately, single-cell proteomics with ultra-low nanoflow requirements. Following our users` requests for a more integrated system for low-flow applications, Prolab has developed an autosampler to complement the Zirconium pumps - the Zirconium CUBE. The Zirconium system now forms a complete HPLC front-end for all low-flow and high speed applications - leveraging the pump`s unmatched range of low nl/min to high μl/min flow rates and the autosampler`s unique integration features to minimize dead volumes, contaminated surfaces, waiting time, and overall complexity.

Are you tired of waiting for expensive capillaries ordered at fixed lengths, when you want to run your next experiment and just need a different sized loop for your micro-HPLC assay?

Column ovens for up to 200 or 300 mm HPLC columns; Simple and fast mounting with unique holding adapters, fits easily into existing systems; Exact temperature control for highest reproducibility and stability; Temperatures up to 90°C can significantly reduce back pressure with small particle sizes and accelerates the chromatography; Fits column lengths up to 150 mm; Can be controlled directly via the Zirconium UHPLC system, or via an optional touch screen controller for manual control or by PC software via Ethernet; Software drivers for Analyst, Xcalibur and other systems.

The Bruker Hyperspectral Imaging System HI 90 is an imaging remote sensing system based on the combination of a Michelson interferometer and a focal plane array detector. Each pixel of the array records an interferogram from the corresponding field of view. A spectrum is obtained by fourier transformation and contains the infrared signature of the scene. The system allows identification, quantification and visualization of potentially hazardous gases from long distances.

The IFS 125/HR and the new IFS 125/M mobile spectrometers are the ultimate instruments for the high resolution spectroscopy. Outstanding results in your laboratory, In absorption or emission mode, the IFS 125/HR can resolve highly complex spectra into discrete lines for recognition and spectral assignment. Outstanding resolution across the entire spectrum, Resolved linewidths of < 0.0009cm-1, Broad spectral range: from 5cm-1 in the far-IR to >50,000cm-1 in the UV, Double-sided interferogram acquisition (option),Symmetric line shapes - due to high precision optics,Easy range change - every experiment can access different sources and detectors without breaking vacuum. A total of 4 sources and 6 detectors can be accessed through each of two different sample compartments, Glide-bearing interferometer with hybrid scanner construction for enhanced velocity stability.

The simplicity of using OpenSpot® Cards has driven us to produce the new DART®-OS source. Designed for streamlined sample analysis, DART® users can now just drop the card into the top opening to present the analyte in exactly the right position for successful analysis. After a few seconds the card is removed and discarded, leaving no solvent or vials to send out for disposal. The DART®-OS source utilizes Transmission mode DART® ionization by passing the heated carrier gas through the sample held on the screen of the OpenSpot® Card. DART®-OS has no moving parts, you simply mount it on your MS unit, start the VAPUR pump, turn on the source and go.