BRUKER
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BRUKER
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Featured product categories
Chromatography LC/MS
LC/MS combines liquid chromatography with mass spectrometry to separate, identify, and quantify components in complex mixtures. It is suited to polar, moderately sized, and thermo- or acid-sensitive molecules. Selection considerations include column separation performance, mass spectrometer type, sensitivity, detection limits, sample complexity, and component compatibility.
View product category →Coating tester
Coating testers measure layer and dry-film thickness on coated surfaces for quality assurance in production and laboratories. Choose the measurement principle according to substrate material—magnetic for ferromagnetic substrates, eddy current for non-magnetic metals, or ultrasonic for non-metallic substrates. Regular calibration supports accurate, comparable results.
View product category →Cryoscope
Cryoscopes determine the freezing point of liquids and solutions to infer overall dissolved-substance concentration, sample purity, or composition. Suitable selection depends on required accuracy, liquid type, sample size, temperature range, and detection method. They are less suitable for complex multiphase, heavily contaminated, or highly pigmented samples.
View product category →FTIR Microscopes
FTIR microscopes combine infrared spectroscopy with optical microscopy to chemically characterize microscopic regions in materials, cells, polymers, and pharmaceuticals. They support transmission, reflection, and ATR measurements, enabling spectral imaging and chemical mapping. Choose based on spectral range, resolution, measurement mode, and sample preparation compatibility.
View product category →Microscopes – Super resolution microscope
Super-resolution microscopes enable optical imaging beyond the classical diffraction limit for detailed visualization of cellular and molecular structures. Used in life-science, medical, and nanotechnology research, they can be selected by measurement principle, sample compatibility, resolution, multicolor channels, and image reconstruction capabilities.
View product category →MS – Time of flight Mass spectrometer (TOFMS)
Time-of-flight mass spectrometers determine the mass-to-charge ratios of charged molecules and fragments from ion flight times. They enable rapid qualitative and quantitative analysis in chemistry, biology, environmental analytics, and materials science. Select systems by mass accuracy, resolution, suitable ionization, and coupling options; ion mirrors can improve accuracy and resolution.
View product category →Chromatography and separation (2)
Chromatography Gas- GC
Gas chromatography separates gaseous or vaporisable mixture components for qualitative and quantitative analysis in chemical, environmental, quality-control, and research applications. Select systems by sample type, separation needs, detector sensitivity, and capillary-column stationary phase, dimensions, and carrier gas. It is unsuitable for non-volatile or thermally labile compounds.
View product category →Chromatography LC/MS
LC/MS combines liquid chromatography with mass spectrometry to separate, identify, and quantify components in complex mixtures. It is suited to polar, moderately sized, and thermo- or acid-sensitive molecules. Selection considerations include column separation performance, mass spectrometer type, sensitivity, detection limits, sample complexity, and component compatibility.
View product category →Cooling, cryogenics and sample storage (2)
Cryoscope
Cryoscopes determine the freezing point of liquids and solutions to infer overall dissolved-substance concentration, sample purity, or composition. Suitable selection depends on required accuracy, liquid type, sample size, temperature range, and detection method. They are less suitable for complex multiphase, heavily contaminated, or highly pigmented samples.
View product category →Cryostat
Cryostats create stable cryogenic environments for low-temperature experiments, superconducting technology, and cooling sensitive sensors such as infrared detectors. Key selection factors include minimum temperature, stability, cooling power, sample access, and cooling method, which also determines maintenance and infrastructure needs.
View product category →Diagnostics (2)
Bacteria detector
Bacteria detectors support rapid identification of bacterial signatures in air, water, food, and surface samples for contamination monitoring, hygiene control, and microbiological testing. Selection should consider sensitivity, detection time, sample type, handling, and detection principle, such as fluorescence-based or chemical methods.
View product category →Parasite concentrator
Parasite concentrators selectively isolate and enrich parasites from stool, blood, urine, or tissue to improve subsequent microscopic or molecular analysis. Sedimentation, flotation, or filtration methods reduce interference; selection depends on sample type, required method, throughput, and compatibility with downstream diagnostics.
View product category →Mass spectrometry (10)
Ion Mobility Mass Spectrometers (IM-MS)
Ion mobility mass spectrometers separate ions by gas-phase mobility as well as mass, improving analysis of complex samples and helping distinguish isobars and structural isomers. Selection should consider the mobility principle, mass resolution and sensitivity, LC/GC compatibility, throughput, and workflow integration.
View product category →MALDI-TOF Mass Spectrometers
MALDI-TOF mass spectrometers analyze proteins, peptides, oligonucleotides, and small molecules for applications including microorganism identification, protein characterization, and biomarker detection. They determine mass-to-charge ratios from ion flight times after laser ionization. Selection should consider mass accuracy, resolution, sensitivity, throughput, and sample compatibility.
View product category →MALDI Targets / MALDI Target Plates
MALDI target plates hold matrix-mixed samples for laser ionization and mass-to-charge analysis in MALDI-TOF spectrometry. Choose formats compatible with the instrument, considering material, spot layout, surface coating, solvent resistance, and whether reusable or single-use targets suit the workflow.
View product category →MS – ICP-MS Mass Spectrometer
ICP-MS mass spectrometers enable quantitative and qualitative elemental and isotope analysis, particularly for trace inorganic samples such as environmental materials and heavy-metal residues. Selection depends on detection limits, resolution, simultaneous element measurement, plasma stability, and interference suppression. They are less suitable for organic molecules.
View product category →MS – Ion trap Mass spectrometry
Ion trap mass spectrometers analyze confined ions to distinguish masses and structures in chemical, environmental, proteomic, research, and quality-control applications. Electromagnetic trapping enables repeated mass selection and excitation for multistage analyses. Select based on trap type, required resolution and sensitivity, sample properties, mass range, and workflow compatibility.
View product category →MS – Quadrupole Mass spectrometer
Quadrupole mass spectrometers measure mass-to-charge ratios for residual gas, trace gas, and complex-mixture analysis in high to ultra-high vacuum. They filter ions using an alternating quadrupole field, balancing accuracy, speed, and ease of use. Select by mass accuracy, sensitivity, dynamic range, ionization method, and sample-preparation compatibility.
View product category →MS – Quadrupole Time of flight Mass spectrometer QTOF MS / HRMR
QTOF MS/HRMS combines quadrupole ion selection with rapid, high-resolution time-of-flight detection for accurate qualitative and quantitative analysis. It supports fragmentation and substance identification in complex samples for pharmaceutical, clinical, forensic, food-safety, and environmental applications. Key selection factors include mass resolution, accuracy, analysis speed, fragmentation flexibility, and software.
View product category →MS – Tandem mass spectrometry MS/MS
Tandem mass spectrometry (MS/MS) selects and fragments specific ions, then analyzes the resulting fragments to support structural elucidation and identification of complex molecules. Used for proteins, peptides, environmental, pharmacological and forensic samples, selection should consider ionization, fragmentation, resolution, sensitivity, mass range, speed and separation compatibility.
View product category →MS – Time of flight Mass spectrometer (TOFMS)
Time-of-flight mass spectrometers determine the mass-to-charge ratios of charged molecules and fragments from ion flight times. They enable rapid qualitative and quantitative analysis in chemistry, biology, environmental analytics, and materials science. Select systems by mass accuracy, resolution, suitable ionization, and coupling options; ion mirrors can improve accuracy and resolution.
View product category →MS – Triple Quad mass spectrometry TQMS
Triple quadrupole mass spectrometry enables targeted monitoring of known molecules through molecular-ion selection, collision-induced fragmentation, and fragment-ion analysis. It supports sensitive, specific measurements in drug metabolism, pharmacokinetics, environmental, and biological studies. Selection should consider detection limits, CID performance, dynamic range, and GC or LC compatibility.
View product category →Balances and measurement technology (4)
Nanoindenter
Nanoindenters measure hardness, elastic modulus, scratch resistance, and other mechanical properties in thin films, coatings, micro- and nanostructures or localized sample areas. They continuously record force and indentation depth during penetration. Select systems by sensor accuracy, tip type, measurement modes, and sample compatibility.
View product category →Profilometers and 3D Surface Measuring Instruments
Profilometers and 3D surface measuring instruments capture surface geometry, roughness, waviness, and profile depth for materials testing, quality control, coating inspection, and wear studies. Choose tactile, optical, or confocal methods according to surface sensitivity, structure, required resolution, accuracy, and field of view.
View product category →Surface Plasmon Resonance Systems
Surface plasmon resonance systems enable real-time, label-free analysis of molecular interactions at sensor surfaces, supporting affinity, kinetic and thermodynamic characterization of ions, small molecules, proteins and viruses. Selection should consider sensitivity, sensor surfaces, sample delivery, throughput and data-analysis software.
View product category →Tribometer
Tribometers measure friction forces, wear rates, and tribological interactions between material surfaces under controlled conditions. They support research, development, and quality assurance. Select by friction principle, load range, test mode, specimen type, and accuracy; some systems add environmental control or wear assessment.
View product category →Microscopy and imaging (8)
Atomic Force Microscopes (AFM)
Atomic force microscopes provide nanoscale surface imaging and characterize topographical, mechanical, magnetic, or electrical properties. A fine probe scans the surface and records vertical deflections. Select systems by measurement mode, resolution, sample dimensions, and vibration sensitivity; very soft or sticky samples can be challenging.
View product category →In Vivo Imaging Systems
In vivo imaging systems non-invasively visualize anatomical structures and molecular processes in living organisms, supporting biomedical research and diagnostics. Choose between anatomical and molecular approaches based on the scientific question, considering resolution, contrast, imaging depth, markers, animal-model compatibility, imaging time, and data analysis.
View product category →Laser direct infrared imaging (LDIR)
Laser direct infrared imaging (LDIR) enables high-resolution mapping of surface structures and chemical distributions in materials testing and environmental or chemistry research. Reflection-based, tunable quantum cascade laser measurements provide large-area images and localized spectra while avoiding coherence artifacts. Consider resolution, signal-to-noise ratio, ATR capability, and sample size compatibility; the method is best suited to surfaces and thin layers.
View product category →Micro-CT
Micro-CT provides high-resolution 3D X-ray imaging of internal structures in small biological, medical, and materials samples, enabling non-destructive analysis of size, shape, and porosity. Select systems by spatial resolution, contrast, sample size, detection area, and reconstruction quality; very large or dense materials may limit penetration or resolution.
View product category →Microscopes – Confocal microscope
Confocal microscopes create sharp optical sections for high-resolution fluorescence imaging and 3D visualization of cells, tissues, and other specimens. Point-by-point laser scanning and a pinhole suppress out-of-focus light, improving contrast. Select systems by laser wavelengths, scan speed, detection options, reconstruction capability, and sample compatibility.
View product category →Microscopes – Microscopes general
Microscopes visualize and analyse structures invisible to the naked eye in biology, medicine, and materials science. Choose among light, electron, scanning probe, or digital systems based on required magnification, resolution, depth of field, sample compatibility, image quality, and documentation needs.
View product category →Microscopes – Multiphoton microscope
Multiphoton microscopes enable high-depth-resolution 3D imaging of living specimens for biological and biomedical research. Using multiphoton fluorescence or SHG/THG, they support imaging of cellular structures, tissues, and dynamic processes with lower phototoxicity and improved tissue penetration. Select according to laser wavelength, excitation modes, detectors, and scan system.
View product category →Microscopes – Super resolution microscope
Super-resolution microscopes enable optical imaging beyond the classical diffraction limit for detailed visualization of cellular and molecular structures. Used in life-science, medical, and nanotechnology research, they can be selected by measurement principle, sample compatibility, resolution, multicolor channels, and image reconstruction capabilities.
View product category →Molecular biology, PCR and sequencing (2)
Coating tester
Coating testers measure layer and dry-film thickness on coated surfaces for quality assurance in production and laboratories. Choose the measurement principle according to substrate material—magnetic for ferromagnetic substrates, eddy current for non-magnetic metals, or ultrasonic for non-metallic substrates. Regular calibration supports accurate, comparable results.
View product category →Dynamic mechanical analysis
Dynamic mechanical analysis characterizes thermomechanical properties, particularly of plastics, by measuring deformation and force response under sinusoidal loading across temperature and frequency. It determines complex modulus, elasticity, and damping in the linear elastic range; select systems by temperature range, frequency, stress mode, sample geometry, and phase-shift control.
View product category →Spectroscopy and analytics (10)
Element Spectrometer
Element spectrometers determine chemical composition by measuring elemental concentrations in solid, liquid, or gaseous samples. They support trace-element detection, alloy analysis, pollutant determination, and quality control. Select the measurement principle based on target elements, detection limits, sample type, and required multi-element capability.
View product category →Fourier transform infrared Spectrophotometer (FTIR)
FTIR spectrophotometers identify and characterize solids, liquids, and gases from infrared absorption spectra, supporting material and environmental analysis, research, and quality control. They measure interferograms with a Michelson interferometer and apply Fourier transformation for rapid spectral acquisition. Choose by range, resolution, detector sensitivity, sampling configuration, and software performance.
View product category →FTIR Microscopes
FTIR microscopes combine infrared spectroscopy with optical microscopy to chemically characterize microscopic regions in materials, cells, polymers, and pharmaceuticals. They support transmission, reflection, and ATR measurements, enabling spectral imaging and chemical mapping. Choose based on spectral range, resolution, measurement mode, and sample preparation compatibility.
View product category →NIR Solutions
NIR solutions use molecular absorption of near-infrared light for rapid, non-destructive analysis in quality control, including food, pharmaceuticals, and chemicals. Selection should consider sample type, measurement range and accuracy, analysis flexibility, calibration requirements, and integration of evaluation and data-management software.
View product category →NIR Spectrophotometer
NIR spectrophotometers analyze near-infrared absorption to determine sample composition and properties such as moisture or particle size. Available as benchtop or portable systems, they support transmission, reflection, or interactance measurements. Selection should consider sample form, spectral resolution, sensitivity, calibration options, and data evaluation needs.
View product category →NMR Spectroscopy – Nuclear magnetic resonance spectroscopy
NMR spectroscopy examines mainly hydrogen and carbon nuclei to elucidate molecular structures, assess material properties, and determine dynamics or concentrations. It relies on radio-wave excitation of spins aligned in a magnetic field. Choose systems by field strength, sensitivity, resolution, sample volume, and application needs.
View product category →NMR Tubes
NMR tubes hold liquid, semi-liquid, or partially solid samples for NMR spectroscopy, supporting reliable, reproducible spectra. Choose dimensions, wall thickness, and diameter to match the spectrometer; precise, homogeneous glass helps maintain stable measurement conditions. Closure type and length can be selected for sample and storage needs.
View product category →Raman Spectroscopy
Raman spectroscopy enables non-invasive characterization of materials, molecules, and aqueous systems through inelastic scattering of monochromatic light. It supports research, quality control, and materials testing, providing information on composition, crystallinity, strain, and temperature. Selection should consider spectral resolution, sensitivity, acquisition time, and sample compatibility.
View product category →XRF / X-ray fluorescence
X-ray fluorescence (XRF) enables qualitative and quantitative elemental analysis through characteristic fluorescence radiation. It supports non-destructive testing with minimal sample preparation in metals, glass, ceramics, building materials, lubricants and mineral oils. Selection depends on accuracy, spectral resolution, sensitivity, sample geometry and material flexibility; light elements and heterogeneous samples can be challenging.
View product category →XRM / X-ray microtomography
X-ray microtomography enables non-destructive, high-resolution 3D examination of internal structures in materials, porous media, biological samples, and complex specimens. Rotational X-ray scans are reconstructed into volume data sets. Consider resolution, sample volume, radiation source compatibility, and reconstruction and visualization capabilities; large or highly absorbent samples are limited.
View product category →All 40 product categories
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