Bruker

Elemental analysis of inhomogeneous or irregularly shaped samples using micro X-ray fluorescence technology, covering elements from sodium to uranium.

FT-IR instrumentation used worldwide to characterize and investigate new semiconducting materials, including phonon spectroscopy, IR photoluminescence, hetero structures and band gaps.

A broad product line in FT-IR and Raman microscopy offered by Bruker Optics.

Rugged high-performance routine FT-IR spectrometers for any application. Whether compact benchtop systems or dedicated research equipment.

3D X-ray microscope model with exterior dimensions 1040 x 665 x 400 mm, weight 170 kg, source 40-100 kV, 3 Mp Flat Panel detector, max sample size 96 mm diameter and 120 mm height, minimum resolution less than 4 µm voxel and less than 8 µm spatial, includes measurement, reconstruction and analysis software.

3D X-ray microscope model with exterior dimensions 1160 x 520 x 330 mm, weight 150 kg, source 40-100 kV, 16 Mp CMOS detector, max sample size 75 mm diameter and 80 mm height, minimum resolution less than 0.45 µm voxel and less than 5 µm spatial, includes measurement, reconstruction and analysis software.

Benchtop 3D X-ray microscope requires minimum lab space, is easy to start running, and offers high system uptime with low cost of ownership.

Floor standing nano-XRM with high power source, advanced vibration isolation and multiple detectors providing highest versatility.

A surface plasmon resonance (SPR) system designed for high-throughput screening with plate handling robot compatibility and full integration into automated environments.

Innovative microfluidic system providing an 8x4 array for parallel readout of 32 measurement sensor spots per injection, enabling high-throughput multiplex screening with surface plasmon resonance (SPR) for drug discovery applications.

A low non-specific binding (NSB) sensor for surface plasmon resonance applications.

A sensor for surface plasmon resonance analysis designed for capturing His-tagged molecules.

The next generation WDXRF spectrometer. Built on experience, powered by innovation.

The versatile tool for advanced elemental analysis in industry and research.

The next generation WDXRF spectrometer. Built on experience, powered by innovation.

FT-IR spectrometer with optional touch-screen operation, combining industrial design with modern technology and intuitive handling.

Designed for simplicity, TANGO II empowers every user to perform measurements with confidence. Its intuitive interface, available on the optional high-performance Touch Panel PC or any standard computer, enables users of all skill levels to perform measurements with ease.

Multi-element analysis from Carbon (C) to Americium (Am) for a wide range of applications in at-line quality control or in central labs. With its unique HighSense detectors the S2 PUMA also masters advanced applications in R&D.

Benchtop EDXRF spectrometer with 20-position sample tray and sample grabber with liquid sample detection, designed for larger sample volumes and production line use.

An automation platform that integrates X-ray Diffraction technology with advanced automation to simplify, speed up, and improve reliability of crystallographic analysis.

An automation solution combining automated synthesis, online IR monitoring, and real-time data to maximize efficiency and precision in reaction and process development.

A compact and resilient FT-IR analyzer with intuitive operation and software, easy adaptation to all sample types, and maintenance-free operation.

A system for efficient X-ray elemental mapping of geological thin sections using SEM-based EDS, enabling rapid acquisition of elemental distribution maps within minutes or seconds.

A system for chemical phase analysis of layered structures using hyperspectral imaging and AutoPhase software for automatic phase detection and composition analysis.

Non-destructive x-ray metrology solutions for thin-films identifying substrate defects and performing front end of line control of epi films and high-k dielectrics, as well as analyzing metal films and wafer-level packaging bumps.

Bruker defect detection systems detect crystalline defects, such as cracks, slip, dislocations, and micropipes on single-crystal substrates.

The ESPRIT mapping software offers tools for classical qualitative and quantitative mapping, as well as HyperMap, where a complete spectrum is stored for each mapped point, enabling position-tagged spectrometry and hyperspectral imaging. It supports all types of maps including stage maps for WDS and Micro-XRF for SEM with a maximum resolution of 4096 x 4096 pixels and includes an automatic phase analysis tool for improved phase visualization and processing.

Software platform providing powerful functions for report generation, data management, and export in elemental analysis workflows.

Single-point FT-IR analyzer optimized for solid samples, easily installed on pipelines, hoppers or conveyor belts.

The BEAM is the first dedicated single-point spectrometer unleashing the full power of FT-NIR spectroscopy, taking in-process control to the next level.

Trapped ion mobility spectrometry (TIMS) provides an additional dimension of separation, accelerating diverse research applications from 4D-Omics to MALDI Imaging. Powered by Parallel Accumulation Serial Fragmentation (PASEF®), Bruker’s timsTOF instruments offer next generation speed and sensitivity to identify and quantify challenging compounds.

The timsTOF Pro 2, powered by the latest parallel accumulation serial fragmentation (PASEF®) technology, is a high speed, high sensitivity mass spectrometry platform for 4D-Multiomics applications including 4D-Proteomics™, 4D-Metabolomics™, and 4D-Lipidomics™.

The timsTOF MPP gives new insights into molecular interactions by label-free HTS taking advantage of innovative timsTOF technology. It offers true uHTS capability with fast reading rates up to 3 wells / sec and proven MALDI robustness. Superior HTS results are provided by combining TIMS separation of isobars and isomers with sensitive readout by high-resolution accurate-mass QTOF-MS.

Wide range of products for extended solid-state NMR experiments providing unsurpassed sensitivity for biomolecular research, material science, and pharmaceuticals.

First commercially available dynamic nuclear polarization (DNP-NMR) systems for enhanced sensitivity of solid-state NMR.

Bruker's materials research atomic force microscopes, powered exclusively by PeakForce Tapping® technology, help researchers advance new nanomechanical, nanoelectrical, and nanoelectrochemical research.

Atomic force microscopes designed to advance development and innovation with productivity in mind for industrial applications.

Process FT-NIR spectrometer for the online measurement in reactors and pipelines, for a better understanding and control of your process.

Powerful tool for developing sophisticated calibration methods for your lab or process needs, yet easy to use for QA/QC routine tasks.

Workhorse dairy analyzer for liquid and solid samples, handling the complete product range from raw milk to dairy powders.

Bruker's benchtop and automated metrology solution for nanoscale surface evaluation and semiconductor failure analysis.

Nanometer-scale topography and property contrast to reveal heterogeneity invisible to optical methods.

A streamlined benchtop 3D optical profiler delivering Bruker’s renowned WLI performance at an accessible price point. It offers full core functionality, including nanometer resolution and broad surface compatibility, in a compact, economical platform.

Flexible optical profilometer with X/Y/Z automation, stitching, and advanced find surface. Balances advanced characterization, customizable options, and ease of use.

Full-featured optical profilometer with advanced automation and proprietary tip/tilt metrology head. Combines top-tier WLI technology with benchtop convenience for complex measurement needs.

The only MALDI mass spectrometer with 10 kHz scanning laser technology, the rapifleX® MPP can measure up to 10 samples per second for fully automated high-throughput screening, combing through large compound libraries of millions of substances for a fast time to result.

Bruker's 1.0, 1.1 and 1.2 GHz NMR spectrometers provide unsurpassed stability and spectral resolution, allowing researchers to study structure and dynamics closer than ever before with ultra-high magnetic fields up to 28.2 Tesla (1.2 GHz proton resonance frequency).

Actively refrigerated, actively shielded ultra-high field NMR magnets.

A high-throughput MALDI-TOF mass spectrometry system for microbial identification, capable of analyzing up to 600 samples per hour with positive and negative ion mode capabilities, designed for clinical, pharmaceutical, and industrial microbiology laboratories.

System for industrial applications such as food, veterinary, water, and pharmaceutical microbiology, not for clinical diagnostic use.

FDA cleared system under Section 510(k) for identification of gram-negative and gram-positive bacteria, anaerobic bacteria, and yeast cultured from human specimens, for sale in the USA and Puerto Rico.

A timeless workhorse for simultaneous multiphoton imaging and photoactivation (a.k.a Prairie Scope).

A complete all-optical multiphoton workstation for imaging and optical manipulations.

An accessible, large field-of-view multiphoton microscope that grows with your research.

Combined multi-angle reflectometry and ellipsometry system provides the most advanced and sensitive metrology for front-end production measurements of both ultra-thin and thick multi-layer film stacks.

Multi-angle DUV reflectometry and ellipsometry instrument enables high-resolution, automated inline measurement of patterned thin-film and multilayer film stacks used in complex device structures.

Analytical solutions for X-ray diffraction, scattering and X-ray microscopes supporting research, development and quality control in academia, governmental institutions and industry.

Bruker’s portfolio of 3D X-ray microscopes offers turnkey solutions for non-destructive 3D imaging for a wide variety of industrial and scientific applications.

The INVENIO is a flexible FT-IR spectrometer platform designed for routine quality control to advanced research and development, supporting productivity, precision, and regulatory compliance.

Instruments for elemental analysis from 100% down to the sub-ppb trace level, with easy-to-use solution packages for process and quality control meeting industry norms and standards including ASTM, DIN, ISO and FDA.

The VERTEX NEO R is a new generation vacuum FT-IR spectrometer designed for advanced research applications, offering flexibility, precision, and innovation for cutting-edge scientific exploration.

The Bruker ELIO is a portable micro-XRF spectrometer designed for non-contact, non-invasive, and non-destructive elemental analysis with mapping capabilities up to 100x100 mm². It features laser guidance, a microscope camera, and high spectral quality for reliable trace element detection.

Advanced Research and QA/QC Solutions for the lab, online, and remote sensing based on Infrared, Near Infrared, and Raman Spectroscopy, deployed globally across diverse industries and applications.

Bruker’s new SPR platform, the SPR #64, combines highly sensitive detection with exceptional microfluidic performance, enabling simultaneous reading of 64 sensor spots with an 8-channel flow cell for broad applications from screening and kinetics to epitope characterization.

Enables high-throughput SPR analysis of molecular interactions from initial screening to detailed kinetic characterization and thermodynamics measurements.

A high-performance research FT-IR spectrometer offering utmost flexibility for research applications, ultimate sensitivity, performance and stability, resolving power better than 300,000:1, broad spectral range from 50,000 to 3 cm-1, and a fully evacuable optics bench available.

A complete nanoscale FTIR, chemical imaging, and materials characterization platform combining AFM-IR and scattering SNOM with AFM-based materials property mapping, providing productive and reliable nanoscale data.

Liquid Nitrogen cooled Mercury Cadmium Telluride detector for FT-IR microscopy, ideal for analyzing the smallest samples 10 µm or below, requiring liquid nitrogen replenishment for prolonged use.

A powerful platform for automated mineralogical analysis that integrates high-resolution elemental mapping with advanced image processing to identify, classify, and quantify mineral phases. It can be integrated into workflows for geochemical and mineral maps from various sample types.

Delivers high performance, high reliability and high operational scope for SPR analysis across a wide range of applications.

Automated x-ray diffractometer for R&D and fab production monitoring on full wafers.

Advanced FT-IR solution offering extended capabilities and real-time hyperspectral imaging.

Thermoelectrically cooled Mercury Cadmium Telluride detector for FT-IR microscopy, suitable for analyzing samples below 100 µm with continuous thermoelectric cooling and no cryogen needed.

Automated, latest generation µXRF & XRR metrology system to monitor films on full wafers.

The new D8 ENDEAVOR is an advanced X-ray Diffraction (XRD) system for powder applications in industrial process optimization and quality control. The system can be used stand alone in a multi-user environment, or integrated into a laboratory environment for fully automated operation.

A platform powered by Chemspeed’s advanced automation technologies that integrates multiple instruments and workflows into a seamless, fully automated system for R&D and QC.

Compact multi-purpose benchtop micro-XRF for small spot (100 µm) and multi-layer analysis (2 nm – 60 µm thickness range), compositional analysis down to ppm level

Fully automated µXRF metrology platform to monitor bump composition and under bump metallization.

Advanced FT-IR solution offering extended capabilities and real-time hyperspectral imaging.

The D8 DISCOVER Family is the ultimate multi-purpose X-ray diffractometer platform offering leading technology components. It is designed for the structural characterization of the full range of materials from powders, polycrystalline materials to epitaxial multi-layered thin films.

A versatile single element detector for FT-IR microscopy that does not require cooling, suitable for sample sizes greater than 50 µm.

Elemental analysis of trace elements down to the sub-ppb level using total reflection X-ray fluorescence technology.

Localized chemical identification and mapping with sub-micron spatial resolution for thin films.

Optimum HRXRD performance for epilayer monitoring.

Cutting-edge solutions for automating and digitalizing laboratory workflows, designed to enable innovation and streamline operations across various industries.

Vendor-agnostic software solutions that integrate scientific instruments and automation hardware with robust data management adhering to FAIR data principles, enhancing efficiency, precision, and innovation.

Portfolio of biosensors offering innovative technologies for biophysical characterization of interactions, providing data such as affinity, kinetic rates, and thermodynamics.

The X4 POSEIDON is a powerful system for micro-CT and 3D X-ray microscopy that delivers the functionality of a floor-standing system in a compact benchtop design.

FT-IR spectrometer offering the highest IR resolution.

Flagship photothermal AFM-IR system offering correlative imaging modes and 150 mm of sample access for versatile materials research and industrial R&D.

Wide range of advanced optical, spectroscopic, and electron microscopy solutions enabling exploration of life and materials across atomic, molecular, cellular, and microscopic scales.

The D6 PHASER combines outstanding functionality of the large D8 diffractometer family with an innovative benchtop design, enabling measurements that go beyond powder diffraction.

Provide the most accurate and application-flexible surface measurements to enable faster ramp-up times, enhanced product quality, and increased productivity.

Variation of the high-performance IconIR platform with 300 mm of sample access, ideal for semiconductor R&D, failure analysis, and nanocontaminant identification.

Production-dedicated X-ray diffraction imaging system for non-visual defect detection and classification in high-value substrates.

World leader in photothermal IR spectroscopy from the nanoscale to the sub-micron and macro scales.

Micro computed tomography providing 3D X-ray imaging with massively increased resolution, representing 3D microscopy for non-destructive internal structure imaging.

The Standard for Quality and Versatility in Single Crystal XRD.

The D8 ADVANCE Family is a fully extensible modular system addressing the analytical needs of powder, bulk and thin film samples, at ambient and non-ambient conditions.

The heliXcyto biosensor enables automated measurement of real-time binding rates directly on cells, retaining the native membrane environment of target molecules for higher in vivo predictability, advancing biologics and cellular therapies development.

The switchSENSE® technology utilized by heliX+ biosensors is based on customizable DNA nanolevers and fluorescence, enabling comprehensive characterization of molecule-molecule interactions including multispecific binders, ternary complexes, enzymatic activity, and binding induced conformational changes.

Software for live elemental mapping using Bruker's XFlash® 7 EDS detectors, enabling fast live elemental mapping with output count rates up to 1000 kcps.

Fully automated system for high-throughput, precision HRXRD and XRR metrology of complex epilayer structures.

Comprehensive compositional and structural analysis of materials using electron microscope analyzers including EDS, WDS, EBSD and Micro-XRF on SEM, with analytical software for advanced materials research, process development and failure analysis.

Latest generation of X-ray metrology system for semiconductor thin film analysis.

Process-ready FT-IR spectrometer ideal for real-time monitoring and analysis of chemical and biological reactions in pilot plants.

Portable handheld XRF spectrometer for elemental analysis from Fluorine to Uranium, designed for cutting-edge researchers with high sensitivity and flexibility.

Compact SMLM bioimaging workstation with proprietary bi-plane technology and easy-to-use SRX software.

Bruker's newest nanoIR mode, which provides chemical insights into the top surface only.

Excellent analytical performance for elemental analysis with cutting edge technology in a compact size.

Market leader in magnetic resonance spectroscopy instruments including NMR, EPR and preclinical magnetic resonance imaging (MRI).

Dedicated protein analysis solution for FT-IR spectroscopy.

A system using virtual slits to image samples in modes that visualize scratches, dislocations, and other defects, as well as orientation contrast within substrates.

Manual loading system for precision HRXRD and XRR metrology of complex epilayer structures.

The HyperFlux™ is a high-performance Raman spectroscopy system designed for both laboratory and process development environments, offering industry-leading sensitivity, faster measurement speeds, and lower limits of detection with patented HTVS™ technology.

High Performance TXRF Spectrometer for Ultra-Trace Element Analysis offering rapid, cost-efficient, and versatile direct analysis of a broad range of sample types including suspensions, powders, nanoparticles, or films without digestion or calibration.

Magnetic Resonance Mass Spectrometry (MRMS) instrument featuring unmatched eXtreme Resolution and mass accuracy, enabling routine Isotopic Fine Structure (IFS) analysis for a broad mass range.

Total Reflection X-ray Fluorescence (TXRF) systems for identifying metal contamination on silicon and silicon carbide substrates, critical for production line yield.

A high-performance handheld X-ray Fluorescence (XRF) analyzer designed for ultra-fast, highly-accurate elemental analysis in challenging industrial environments with rugged housing and puncture protection.

The most trusted software in the industry to simulate and analyze high-resolution X-ray diffraction data.

A nuclear magnetic resonance (NMR) spectrometer used for detailed molecular structure analysis and dynamic process observation, equipped with cryogenic technology for enhanced sensitivity.

High-performance surface and dimensional analysis tools for industry and research including contact and non-contact metrology technologies with manual and automated options.

Integrates flexible microscopy control, image viewing, and post-processing.

Quantitative, high-plex spatial imaging at single-cell resolution with modular assays and large tissue section coverage.

Dedicated FT-IR system for fenceline monitoring.

A nuclear magnetic resonance (NMR) spectrometer used for molecular structure and chemical reaction observation, supporting advanced NMR applications.

Server application for centralized setup, management and control of FT-IR or FT-NIR devices anywhere in the world via browser-based web interface.

Various high-end components for X-ray diffraction like sources, optics, detectors, ambient and non-ambient sample stages assist to keep track to varying analytical demands. These components can retrofit, upgrade or diversify existing systems.

X-ray defect inspection system to qualify and monitor process tools at any technology node.

A software suite for processing, analyzing, and reporting all spectroscopic data including NMR, MS, LC/GC-MS, UV-Vis, FT-IR, and Raman in one solution, designed for synthetic and organic chemists.

SampleTrack is a laboratory automation and management software system designed to assist in managing automation processes for Bruker spectrometers, particularly NMR devices. It supports order setup from various sources and integrates with preparation robots and instruments.

The next-generation research engine for 4D-Metabolomics™ and 4D-Lipidomics™ delivering unprecedented sensitivity, separation power, and annotation confidence for small molecules. It integrates Trapped Ion Mobility Spectrometry (TIMS) with high-resolution QTOF performance in a compact benchtop system.

Software designed for touch displays and routine analysis in infrared and Raman spectroscopy.

The portable Counter Top XRF (CTX) is a small, lightweight, safety-interlocked, and battery operated XRF spectrometer. It analyzes up to 48 elements from Magnesium to Uranium and is designed for field portability with a compact footprint and robust construction.

DIFFRAC.SUITE™ represents a new software platform offering a wide range of software modules for easy X-ray powder diffraction data acquisition and evaluation.

Software solution for biologics characterization and biopharma research, providing comprehensive data analysis and interpretation.

Off-line inspection solutions including Scanning Electron Microscopy (SEM) and Transmission Electron Microscopy (TEM) combined with Energy Dispersive X-ray Spectroscopy (EDS), Wavelength Dispersive X-ray Spectroscopy (WDS), and Electron Backscattered Diffraction (EBSD) for defect and contamination analysis.

Transportable TXRF spectrometer for ultra-trace (sub-ppb) elemental analysis of very small sample amounts in the ng or µg range: low operating cost, “green” technology

Industry-leading software solution for mass spectrometry imaging data analysis, turning MS data into knowledge with automated and integrated workflows.

Simultaneous spectrometer for fastest time-to-result for process and quality control in the cement, minerals & mining and metal industries.

The QUANTAX FlatQUAD system includes an XFlash® FlatQUAD EDS detector and ESPRIT software, enabling high-resolution chemical snapshot or single-frame EDS mapping of sample surfaces in scanning electron microscopy (SEM). It provides high sensitivity, ultra-fast data acquisition, and detailed elemental distribution maps embedded with SEM images.

Innovative mass spectrometry instruments to address pressing analytical challenges.

Elemental analysis instruments designed for the metals industry using optical emission spectrometry technology.

Maximum performance for process & quality control.

QUANTAX EBSD with eWARP, the fastest and most-sensitive EBSD detector ever.

Bruker’s advanced NMR automation software designed to enhance laboratory efficiency by offering intuitive workflows, robust user management, and scalable automation solutions. Integrated with TopSpin 5, it supports remote-ready lab operations and is suitable for both academic and industrial research environments.

A unique system for protein-DNA conjugate preparation, delivering consistent and superior conjugate quality for experiments.

Robust, tested solution for handling large volumes of image data and seamlessly managing lab connectivity.

An innovative exchangeable lens set for large-scale imaging with high resolution.

Acquifer IM is a fully automated widefield microscope with data storage and processing capabilities ideal for high-content screening assays and phenotypic screening for small-model organisms. It features a static sample holder with a mobile optical unit for sample stability during imaging, making it suitable for motion-sensitive samples such as non-adherent cell cultures or embryos.

A new sample automation system dedicated to minispec applications.

Fully automated, rapid, specific and sensitive identification of Bacteria, Virus and Toxins. Portable, protected and easy to use liquid & solid analysis.

Portable handheld XRF analyzers for fast, on-site elemental analysis from magnesium to uranium.

The Bruker EMXplus provides premium performance for EPR research with several 2D operation modes including time, temperature, goniometer angle, or microwave power.

Atomic force microscopes providing unique insights into life sciences research including physical structure, biochemical interactions, and mechanical properties.

Compact multi-chip Spark Spectrometer for high precision metal analysis with low cost of ownership and small footprint.

Miniscopes and multi-region miniscopes for imaging deeper and faster with single-cell resolution in freely behaving animals, aiding neurological research.

Software solution for metabolomics data analysis, enabling next-generation workflows and accurate compound characterization.

Multi-element analysis of petrochemical products from ultra-low sulfur diesel to crude oil according to ASTM D7220, D4294 and ISO 13032. Well suited also for lubricating oils and edible oils.

The first benchtop NMR with unique automation and multinuclear flexibility, built to simplify workflows and speed up results. It measures protons and 15 different X-nuclei with fully automated measurement and no manual tuning or probe changes.

Self-calibrating, fully automated solution for research and production in semiconductor metrology.

Magnetic resonance imaging technology delivering stunning resolution.

Tool for potency and purity determination with fully automatic workflow from experiment submission to report, ideal for industrial laboratory quality control.

NMR spectrometers used in various scientific fields to elucidate molecular structure, dynamics, and interactions, composed of three main hardware components.

Automated NMR laboratory solutions.

A dedicated solution for advanced fluorescence and phosphorescence lifetime imaging applications, fully integrated with Bruker's multiphoton microscope systems and using Becker & Hickl's FLIM systems technology.

Fully automated optical surface measurement capabilities with wafer-handler integration, designed for R&D, quality assurance, and process quality control in semiconductor manufacturing.

Integrated into TopSpin, IconNMR™ allows fully automated acquisition and processing and is the ideal solution for labs with large numbers of samples or many users accessing the spectrometer.

Produces exceptionally high contrast time-lapse videos using Phasefocus’s patented Ptychographic quantitative phase imaging (QPI) technology for a range of label-free assays with or without up to seven channels of complementary fluorescence.

Mutiple-angle reflectometry system delivers unmatched high-resolution refractive index and film thickness measurements for silicon photonics and planar waveguide applications.

A groundbreaking Digital Micromirror Device that enables rapid imaging across a range of depths with greater temporal resolution.

A matrix-assisted laser desorption/ionization time-of-flight mass spectrometer (MALDI-TOF-MS) used for analyzing fragile biomolecules prone to fragmentation with other ionization techniques.

Optical thickness and optical constants (n, k) measurement including multilayer or optically complex films with ultrathin sensitivity.

Monitor chemical reactions in real time, deepen reaction understanding, and increase confidence when scaling processes from lab to plant.

Fab-ready AAFM for reliable, cost-effective inline metrology in high-volume semiconductor manufacturing environments.

Bruker’s software solution that leverages high isotopic fidelity QTOF and timsTOF instruments for fully automated confirmation of sequences based on intact mass and MS/MS data, as well as quantification and identification of synthesis side-products.

Compact FT-NIR benchtop system for liquid analysis from raw milk to finished products, intermediates, and premixes.

High Performance benchtop Spark Spectrometer for metal analysis with ultrafast measurements, superior detection limits, and high precision.

Versatile proton-optimized quadruple resonance NMR cryoprobe increasing sensitivity by about 400% on 1H and 13C compared to room temperature probes, suitable for structural biology applications including RNA, DNA, proteins, small molecules, and metabolomic samples.

A flexible solution for high-precision off-axis multiphoton imaging across sample types.

Automated metrology solutions deliver high-speed, high-resolution, highest-sensitivity mechanical property and/or interfacial adhesion measurements.

Ultra-high resolution Quadrupole time-of-flight mass spectrometer for identifying and quantifying complex mixtures and unknown compounds in biological, pharmaceutical, and clinical toxicology fields.

Mass spectrometry solution for hydrogen-deuterium exchange studies, aiding in protein characterization and dynamics analysis.

Rapid, non-contact areal measurements for surface topography and texture (roughness/waviness) and step features.

SampleCase™ is the first NMR automation solution that provides easy, safe and convenient access to fully-fledged NMR automation at user height.

Intuitive and easy-to-handle software designed for the Fourier 80 and AvanceCore, enabling standard and customized NMR experiment setups accessible to less experienced users.

Easy to use software solutions for EDXRF & WDXRF.

The Fourier PAT is a benchtop NMR solution for online Nuclear Magnetic Resonance monitoring and control of chemical processes in real-time under real process conditions, enabling advanced continuous manufacturing and process analytical technology.

Automated AFM metrology solutions reliably measure surface roughness, chemical mechanical planarization (CMP), and etch-depth features.

Multiview design for versatile imaging for diverse samples, live and cleared.

Preclinical imaging solutions for oncology, neurology, cardiology, inflammation, infectious diseases, cancer research, functional and anatomical neuroimaging, orthopedics, cardiac imaging and stroke models.

The Crystal Powderdose is a fully automated and compact benchtop solution which allows you to optimize and speed up the sample preparation process. It provides maximum flexibility in handling multiple solids, with accurate dosing directly in well plates and various size vials.

The world's most advanced stylus profiler.

Ideal for high-resolution, fast imaging of single cells to 3D cell cultures.

Spectroscopic reflectometry system offers optimized metrology for front-end and advanced packaging applications, from film thickness, TSV and trench depth to CD, residual silicon, and TTV measurements.

Delivers unprecedented kilohertz imaging rates to enable voltage imaging neural research.

Multi-sample and dual-view light-sheet microscope for organoids and 3D cell cultures.

The Versatile Sample Changer. Modern day industry standard for sample arrangements.

Accurate and precise results, straight out of the box.

Dual-sided illumination for highly multiplex 3D cell culture live imaging.

Chemical Biological Radiation Nuclear Explosive detection equipment and integrated systems ranging from handheld to stand-off detectors and complete solutions for platform integration.

A fast piezoelectric objective positioner for imaging the entire volume of individual neurons and circuitries.

An automated system that simplifies and automates the preparation of NMR and LCMS samples by combining precision gravimetric dispensing with an intuitive workflow, designed for research and GMP environments.

The MAS Shuttle transfers the NMR rotor with the sample substance into Bruker’s MAS iProbe, facilitating full automation, remote operation and high throughput applications.

The AVANCE NEO-X console represents the next evolution in precision electronics for modern NMR laboratories, featuring a compact, modular design and next-generation electronics for advanced NMR methodologies.

Spectroscopic ellipsometer with rotating compensator design for single point measurements offers easy and accurate thin film characterization for a wide range of applications.

Arxspan Assay is a cloud-based software tool set that can define, collect, manage, and store assay endpoint data, ideal for assay development functions as well as LTS and HTS screening. It provides a secure endpoint data repository, intuitive assay definitions, and supports collaboration between remote research teams.

Advanced WLI profilers provide robust metrology-based inspection for advanced packaging applications.

Triple quadrupole mass spectrometry instrument with high sensitivity and specificity, used in food testing, drug metabolism, pharmacokinetics, forensic toxicology, environmental studies, and biological analyses. Features Bruker’s unique elliptical ion path for enhanced performance.

Microfluidics accessories for sequential labeling of more targets in localization microscopy experiments.

A fully automated, push-button sample preparation solution for QuEChERS samples that ensures lab-, user-, and system-independent results, maximizing efficiency and productivity of sample preparation tasks.

Industry-leading acquisition and analysis software unifying operation of all Bruker NMR systems from floor-standing to benchtop.

Optical profiling solution for semiconductor surface evaluation and process control.

A comprehensive food allergen detection solution that combines sample preparation, chromatographic separation (UHPLC), determination of the compounds with automated interpretation and reporting to streamline the analytical process. Includes different Quality Control (QC) standards to assure sample preparation quality and retention time stability.

The GT-Blot 48 is an instrument used for hybridization of nucleic acids and subsequent detection. It automates washing and hybridization for 2 to 48 samples and is designed for use with reverse line blot strip assays.

A wide selection of AFM probes with various cantilever shapes, tip geometries, materials, coatings, spring constants, frequencies, and more to fit specific applications.

Automated thin film mechanical and interfacial adhesion metrology system.

Class leading, easy-to-operate, extremely reliable, robust and low maintenance handheld and fixed spectrometers using ion-mobility spectrometry (IMS).

Designed for large cleared samples prepared by any type of clearing protocol.

Software package designed to enhance the performance and security of the MALDI Biotyper System, enabling analysis of up to 600 samples per hour and system optimization with IDealTune™.

Small footprint MRI system with minimal site requirements, expanding biomedical research capabilities with easy-to-use MRI and innovative Maxwell technology eliminating the need for liquid Helium.

A powerful solution for fully automated mineralogical analysis, delivering fast, accurate, and reproducible results directly from your scanning electron microscope. It utilizes Bruker's advanced EDS detectors configured and incorporated into your choice of a Hitachi SEM platform.

The GenoXtract® fleXT is a device for automated extraction and PCR setup for 12-96 samples. It features minimal hands-on and maximum walk away time, barcode scanning for digital tracking, and loads plasticware and samples from outside the device for convenience.

The most advanced 3D holographic workstation for simultaneous all-optical stimulation and imaging.

Force-sensing optical tweezers and optical trapping systems.

High resolution mass spectrometry solution for targeted screening applications.

Measures hardness, modulus, adhesion, and fracture behavior at film-relevant length scales to connect mechanical response to performance and reliability.

All-in-one system for low temperature (< 15 K) impurity analysis of Silicon.

An add-on to the Ultima scan head that can be configured with a new system or upgraded in the field.

A benchtop NMR system for building synthesis processes with real-time NMR analysis, offering precision and efficiency to streamline workflows and achieve faster, more accurate results.

Surface roughness characterization, step height measurements, and film stress analyses.

Dynamic libraries of reference mass spectra used for identification of microorganisms with the MALDI Biotyper® system.

The GTQ-Cycler 96 is a compact stand-alone instrument for molecular biological and biochemical research or routine diagnostics for up to 96 samples. It features intuitive onboard software and integrated touchscreen for efficient processing.

Hysitron PicoIndenters for in-situ mechanical experiments in scanning electron and transmission electron microscopes.

Mobile GC/MS detector to rapidly provide on-site specific identification of volatile chemical compounds and agents in the low ppb to the low ppm range.

Ensuring consistent LC MS performance is critical for reliable data generation in metabolomics and lipidomics workflows. The QSee™ Performance Test standardizes routine system checks using a defined reference mixture, dedicated LC columns, and automated reporting, with optional TwinScape™ trend monitoring for long term performance assessment.

The world’s highest performance and industry preferred CMP profiling and etch depth metrology system for advanced technology nodes.

Line of magnets combining proprietary innovative magnet technologies for best performance and cost efficiency.

Current-in-plane tunneling is a very fast and cost-effective method to characterize magnetic tunnel junctions (MTJs).

Optimize your LC-MS system's performance with TwinScape™. Digitize a physical object such as your LC-MS system or key parameters for precise sample runs and unlock optimal functioning. Proactively monitor via our web app, anytime, anywhere.

A cloud-based unified, scalable solution for multimodal neuroscience research data analysis.

Versatile Quadruple Resonance CryoProbe for fluorine applications and triple resonance bio-NMR.

Fixed and handheld detection of α, β, γ radiation designed to combat the accidental, terrorist or conventional threat.

High-performance superconductor wire products and research instrumentation.

Configurable high-performance gas analysis solution for demanding applications.

Cost-effective benchtop polishing and material and process characterization for wafers.

Precise, accurate photomask repair systems address the critical production issue of controlling pattern defects on high-end photomasks.

The world's most comprehensive and highest performance nanomechanical test system.

The FluoroCycler® XT is a highly accurate real-time PCR cycler with 96 wells controlled to exactly the same temperature throughout heating and cooling. It supports generation and interpretation of real-time curves, melting curves, and LiquidArray® multiplex signatures using machine learning techniques. It is the only device supporting advanced LiquidArray® Technology.

Testing and measurement instruments for friction, wear, and material mechanical properties.

Bruker‘s flexible and versatile solution for sample preparation for NMR measurements and others.

Comprehensive portfolio of Inscopix miniscope consumables including Gradient Refractive Index (GRIN) lenses and workflow-enhancing kits to support research.

Compact helium collection unit optimized for use with NMR spectrometers to collect helium boil-off, store it in high-pressure cylinders, and enable reuse or return to suppliers, promoting sustainability and cost savings.

The input module for fiber-coupled lasers with FC connectors that is typically used applications that require precise laser technology.

The FluoroCycler® 12 is a small device, which runs FluoroSoftware® IVD generating real-time PCR results at a glance – instantly for up to 12 samples. This low throughput detection and analysis instrument is ideal for small laboratories. Up to four FluoroCycler® 12 devices can run simultaneously on one PC via USB connection.

The TwinCubator is an instrument designed for manual hybridization of up to 12 samples. It features a heating block and horizontal shaker, ideal for hybridization of GenoType test strips based on DNA•STRIP technology. Dry incubation reduces contamination risk compared to water baths.

Plug and play gas analyzer in a 19 inch rack-mount box for routine gas applications.

Convert your upright multiphoton systems into a high-performance inverted microscope.

Refrigeration units providing chilled gas for stable and accurate sample temperature control during NMR experiments.

Stand-alone solution for re-liquefaction of nitrogen gas boiled off during NMR magnet operation, reducing the need for regular nitrogen fills.