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Smartbeam-II laser enables ultra-high data acquisition speed in both MS and MS/MS at full systems performance. The well-established proprietary smartbeam laser provides unprecedented analytical and matrix flexibility in workflows from protein tissue imaging, intact proteins analysis, Glycoproteomics, biologics or oligo QC, to LC-MALDI proteomics - all fully enabled at 1-2000 Hz repetition rates. Bruker's patented smartbeam technology is already widely accepted as the most viable MALDI imaging laser technology. The new ultrafleXtreme now enables low pixel sizes for high spatial resolution imaging. Importantly, outstanding spectral quality and signal intensity are maintained at even the smallest laser beam diameters.
MALDI (Matrix Assisted Laser Desorption/Ionization) tandem mass spectrometer specially designed for automated MS and MS/MS high throughput identification of proteins and peptides. Tandem Mass Spectrometry is a technique that utilizes more than one mass selective stage in a mass spectrometer.
Multiphoton microscope that is designed for intravital imaging, with fully motorized control of objective X-Y-Z position, as well as two axes of rotation for precise imaging orientation. Second scan path enables simultaneous imaging and photoactivation.
Scanning imaging remote sensing system that allows identification, quantification, and visualization of potentially hazardous gas clouds from long distances. It is based on the combination of an infrared spectrometer with a single detector element and a scanner system.
Dual sided illumination light-sheet microscope that is optimized for 3D multi-sample imaging of live specimens in their 3D environment. It is especially suited for multi position imaging of small embryos, 3D spheroids, oocytes and more, enabling time lapse, high throughput imaging experiments.
Add-on module that can be coupled to a research spectrometer and allows automated switching between FT Raman and FT IR measurements.
Triple quadrupole gas chromatograph that provides targeted trace-level analysis of metabolites and other small molecules. Samples are often derivatized for compatibility with GC-MS.
Spectrometer that is based on method of Fourier transform infrared spectroscopy. Infrared radiation is modulated by interferometer and transmitted to array of retroreflectors positioned at distance of typically several hundred meters using telescope. Reflected radiation is received by same telescope and focused onto detector.
WDXRF spectrometer that features compact WDXRF goniometer, closely coupled optics, and 400 W direct excitation power. It has linear range of more than two Million cps based on HighSense XE detector.
Microscope with a 4-axis concept and two-sided illumination that allows for four combinations of illumination and detection.
Energy-Dispersive X-ray Fluorescence spectrometer that features all requirements for S analysis from diesel to crude oils. This also includes continuous process control of higher sulfur levels in refineries as well as norm-compliant Ultra-Low Sulfur analysis of final products.
Confocal microscope that utilizes proprietary one dimensional pinhole array technology to combine resolution and speed. It has short acquisition times and cell protecting minimization of photobleaching and phototoxicity for advanced live cell imaging.
Microscope that combines dual views with dual detection channels for large scale 3D imaging of life specimens and cleared samples. System enables transition between living and cleared tissue imaging.
External spectrometer accessory that was developed for Polarization Modulation measurements. Both linear dichroitic measurement techniques, like PM IRRAS, and circular dichroitic experiments, like VCD spectroscopy, can be realized using this system.
Gas analyzer with a 19-inch rack mount box that is equipped with 5 m multi reflection gas cell, spectral resolution, TE cooled detector for sensitivity without need for liquid nitrogen, nickel plated gas cell and gold coated mirrors that enable measurement of corrosive gases, and accounts for variable pressure and temperature of gas by sensors included inside gas cell.
Spectrometer with OPUS software that controls data collection and manipulation functions for MultiRAM. Real time spectrum display permits software control of analysis conditions, including optimization of laser power and sample position.
MultiMode 8-HR is an atomic force microscope which is well suited for imaging in both air and fluid. Heating to 250C, cooling to -35C with temperature control accessories. Nanothermal analysis for local polymer phase transition temperatures up to 350C.. Atomic resolution electrochemistry with AFM, STM, and SECPM. Invent your own mode by accessing and modifying any signal, high or low voltage. A large variety of standard operating modes and many capabilities enable the MultiMode 8-HR AFM system to characterize everything from mechanical to electrical properties
Dairy analyzer that can analyze parameters like fat, protein, total solids and lactose. High pressure homogenizer provides evenly homogenized samples for repeatability and accuracy. Can also determine freezing point.
Benchtop Q-Tof, applied to a variety of applications such as small molecule accurate mass determination (HRMS), intact protein analysis including antibodies, peptide mapping, and other custom projects. This system is operated with an Agilent 1260 UPLC and includes an inline diode array detector and ESI source.
Mass spectrometer that is designed for automated protein identification and characterization, biomarker detection, oligonucleotide quality control, and SNP genotyping.