We boldly state that the ALPHA II will succeed in all FT-IR applications in any industry, whether it is quantification, identification of unknowns, verification of raw materials, quality control or basic entry-level research.
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, supports 17 languages and enables users of all skill levels to perform measurements with ease.
Bruker’s MPA III Dairy Analyzer sets a new standard for quality control and analysis of liquid and solid samples in the dairy industry with the software-controlled Liquid Sampling Module. With homogenizer and peristaltic pump, the it has two options for sample delivery including automated cleaning cycles and visible tubing for easy inspection. The modular concept is based on Bruker’s MPA III FT-NIR instrument.
Transmission measurement through a thermostatted quartz flow cell with 1mm (1,000μm) path length for all liquids. The maintenance free design shows no cuvette wear over time. Viscous samples like concentrates can be pumped through easily, even if they contain small particles or sugar crystals.
Reflection analysis for all solid and semi-solid sample forms with the integrating sphere in sample cups for powder samples and for semi-solids in disposable polystyrene or alternatively glass or quartz Petri dishes. The sample is rotated during analysis to obtain the average result from a larger sample volume.
The LUMOS II is a stand-alone FT-IR microscope and IR laser imaging microscope. It excels in any IR application from failure analysis to material research to life science. It is compact, precise and features ultrafast chemical imaging.
More space for sample preparation. More speed for chemical imaging. More perfomance in ATR, transmission and reflection microscopy. This is what we call a true game changer – no discussion.
The CONFOCHECK is a dedicated FT-IR system for the investigation of proteins in water. Its specific configuration facilitates a fast data acquisition (ca. 30 sec. per sample) with a high sample throughput controlled by an extremely user-friendly software interface.
Main applications for the CONFOCHECK are the detection and quantification of conformational changes in proteins and the protein concentration determination. Quantitative determination of the protein concentration and the secondary structure elements (alpha-helix, beta-sheet) from the analyzed protein samples is accomplished within seconds via internal calibrations.
The BEAM is the first dedicated single-point NIR spectrometer unleashing the full power of FT-NIR spectroscopy, taking in-process control to the next level. It helps you to get the most out of your production by directly monitoring on the scene in real-time, improving your process variability. Optimized for solid and semi-solid material, it can be easily installed on pipelines, hoppers or over conveyor belts.
From inspecting incoming goods to process control and final product inspection, the BEAM can be applied at any level of the production chain across many industries. While improving control over the manufacturing process, process fluctuations can be reduced, and specifications more precisely met. This ultimately leads to cost savings by reducing waste and re-work and ultimately a fast ROI of the BEAM.
BRAVO is the handheld Raman spectrometer dedicated for fast raw materials identification and verification,offering optimal spectrum quality and an unrivalled set of features. With outstanding performance and design, BRAVO has become the preferred handheld Raman spectrometer for various Raman applications, including raw material verification and unknown substance identification.
Key Features
SSETM – Patented fluorescence mitigation
DuoLaserTM – Broad spectral range
Laser Class 1 – No laser safety requirements
GUI in OPUS TOUCH design – Intuitive and guided operation
Verification & ID workflows – Extensive library support
IntelliTipTM – Automated measuring tip recognition
The RAM II is the first dual channel FT-Raman module that can be coupled to the INVENIO and VERTEX FT-IR research spectrometer series. Utilizing the input and output port of an INVENIO, VERTEX 80 or the vacuum instruments VERTEX 70v and VERTEX 80v the RAM II provides the ideal FT-Raman measurement device. The intuitive, easy-to-use OPUS software controls all data collection and manipulation functions for the system and allows automated switching between FT-Raman and FT-IR measurements.
The RAMANwalk introduces a new approach compared to traditional Raman microscopes, making it a standout solution.With the highest spectral quality and ultra-fast Raman image previews, it is an ideal system for routine analysis.
The extension of the mid IR towards the far IR spectral range below 400 cm-1 is of general interest for molecular vibrational analysis for various application fields and industry branches. Till now, to extend the spectral range, one or more additional far IR beamsplitters and detectors are required and the user has to manually open the spectrometer optics bench.
The unique Bruker FM technology for VERTEX 70v and INVENIO FT-IR research spectrometers which combines the wide spectral range beamsplitter, the wide range DTGS detector and the standard IR source to cover the spectral range from 6000 cm-1 down to 50 cm-1 (for INVENIO from 6000 cm-1 down to 80 cm-1) in one single scan for all types of transmittance, reflectance and ATR measurements.
Additional Values of Bruker FM
Full mid and far IR spectrum in one go
Enormous time saving due to just one single measurement
Acquisition of the complete molecular vibrational spectral information
No break of purge or vacuum conditions for optical component exchange
No danger of touching or damaging expensive and sensitive optical components
No need for complex and demanding exchange devices
All optical components are insensitive to humidity
CryoSAS combines Bruker’s high performance FT-IR spectrometers with built-in, closed-cycle cryo-cooling technique that does not require any liquid Helium. All CryoSAS components are state-of-the-art, yet utilize proven technologies to accomplish a difficult analysis in the demanding silicon production environment. CryoSAS can be operated at a high level of automation including accurate reporting of the analysis results.
Drug checking, or harm prevention , uses Fourier-Transform Infrared (FT-IR) Spectroscopy to analyze recreational drugs. This helps drug users identify harmful additives and impurities, ultimately promoting safer drug consumption by providing critical composition information. Overall, FT-IR enables rapid and accurate substance analysis for harm reduction.
Based on non-contact optical techniques, FilmTek tools simultaneously measure multiple-angle and multi-modal data to determine film thickness and refractive index. By measuring multiple angles of incidence, a wavelength shift is introduced between spectra collected at different angles. The wavelength shift between the spectra is only a function of the refractive index of the film and the angle difference between the spectra. By independently determining refractive index from a wavelength shift (as opposed to extracting index information from amplitude changes), FilmTek tools have best-in-class performance for film thickness and refractive index measurement. This level of performance allows FilmTek tools to address applications that otherwise may not be possible with more conventional ellipsometry or reflectometry methods.
The HyperFlux™ is a high-performance Raman spectroscopy system designed for both laboratory and process development environments. Leveraging our patented High Throughput Virtual Slit (HTVS™) technology, the HyperFlux™ offers industry-leading sensitivity, faster measurement speeds, and lower limits of detection—empowering better decision-making with real-time, non-destructive analysis. The HTVS™ design of the HyperFlux™ provides up to 30x higher signal intensity compared to conventional Raman spectrometers, without sacrificing spectral resolution. The result: more precise chemometric models, lower laser power requirements, and improved system safety—all in a rugged, compact form factor.
The HYPERION II is an innovation force in infrared microscopy. It provides IR imaging down to the diffraction limit and sets the benchmark in ATR microscopy. It combines FT-IR and Infrared Laser Imaging (ILIM) microscopy for the first time ever in a single device, offering all three measurement modes: transmission, reflection, and ATR.
Hardly any of our IR microscopes embody our users like the HYPERION II:
Flexible, precise, configurable, adaptable, and always at the limit of what is possible.
Take Full Control
Above all, it is about having complete access to an instrument. Access to the experiment, the samples, and the parameters. This is the foundation of the HYPERION II and its most valuable asset: providing full control.
Bruker’s Hysitron BioSoft In-Situ Indenter is a first-of-its-kind instrument specifically designed for multiscale quantitative mechanical testing of biological materials and soft matter, such as hydrogels. BioSoft synchronizes powerful mechanical and optical characterization techniques to achieve a comprehensive understanding of the mechanics of biomaterials. This portable system integrates with existing inverted optical microscopes to bring advanced biomechanical testing capabilities into your laboratory.
Bruker’s Hysitron IntraSpect 360 brings quantitative mechanical property characterization to X-Ray microscopes (XRM) and beamlines. This unique system can be used to perform a variety of mechanical tests such as indentation, compression, fatigue, and bending, which can then be correlated to 2D or 3D images from the host microscope.
Bruker’s Hysitron BioSoft In-Situ Indenter is a first-of-its-kind instrument specifically designed for multiscale quantitative mechanical testing of biological materials and soft matter, such as hydrogels. BioSoft synchronizes powerful mechanical and optical characterization techniques to achieve a comprehensive understanding of the mechanics of biomaterials. This portable system integrates with existing inverted optical microscopes to bring advanced biomechanical testing capabilities into your laboratory.
The Hysitron TS 75 TriboScope delivers quantitative, rigid-probe nanoindentation and nanotribological characterization capabilities to Bruker’s world-leading atomic force microscopes. The Hysitron TriboScope interfaces with select Dimension and MultiMode AFMs to expand the characterization capabilities of these microscopes. By utilizing a rigid test probe, the TriboScope removes the intrinsic limitations, variability, and complexity associated with cantilever-based measurements to deliver quantitative and repeatable mechanical and tribological characterization over nanometer-to-micrometer length scales.
The IFS 125HR is the ultimate instrument for the high resolution IR spectroscopy
In absorption or emission mode, the IFS 125HR can resolve highly complex spectra into discrete lines for recognition and spectral assignment.
The IFS 125HR electronics provides Ethernet connectivity and data acquisition based on the DigitectTM system using 24-bit ADC’s integrated with the detector. The standard MIR spectral range can be easily extended to the NIR, visible, or even UV.
InSight 300 is a fab-ready automated atomic force microscope (AAFM) designed for reliable, cost-effective inline metrology in high-volume semiconductor manufacturing environments. With <±1nm scanner flatness and a best-in-class noise floor of <35pm, this system meets the rigorous requirements of advanced CMP and etch applications, from micron-roughness to fully automated bare-wafer defect review. Its profilometry capabilities meet and exceed the millimeter-scale and bevel-edge metrology requirements for cutting-edge hybrid bonding applications. InSight 300 also features Bruker-proprietary operating modes for optimized measurements of sidewall roughness, automatic bare-wafer defect review, and advanced profiling of feature surfaces.
Long-Term Stability and Productivity for Advanced Process Control and Development
InSight AFP is the world’s highest performance and industry preferred CMP profiling and etch depth metrology system for advanced technology nodes. The combination of its modern tip scanner with inherently stable capacitive gauges and an accurate air-bearing positioning system enables non-destructive, direct measurements in the active area of dies.
The MATRIX II-MG Series comprises four high-performance FT-IR gas analyzers in a compact and rugged housing. They are designed for the automated, high precision and real-time monitoring of gas concentrations in many different applications. Whatever application you have in mind, you can configure the system to your needs:
A variety of different detector types are available for your needs: detectors with exceptional sensitivity (liquid-nitrogen- or Stirling-cooled MCT), detectors with extended spectral range (DLaTGS) or detectors when liquid nitrogen is unavailable but low detection limits are yet required (TE-MCT).
