At Analytica 2012, Bruker today announced several new product introductions for the research, industrial and applied markets, designed to deliver confident analyses with increased sensitivity, specificity and productivity, and to push the boundaries of advanced molecular and materials research applications. The new Bruker products introduced at Analytica 2012 include:
Mass Spectrometry and Separations:
SCION™ 436 and 456
LUMOS FTIR microscope (Photo: Business Wire)
: Bruker introduces its next-generation gas chromatography (GC) platform - the
SCION Series Gas Chromatographs.
With over 600 Hz per channel, the new
set a new standard for data acquisition speed. This advance increases productivity and provides a platform that will inspire further advancement of GC separation technology. Every
comes with a 9-inch, multi-language touch-panel designed for full GC operation in 13 different languages, making it truly a global instrument.
This industry focused, operator-friendly and networked chromatography data system eliminates the costs associated with licensing of named users. With its capacity for customization,
provides operators with a powerful tool for a variety of analytical operations. Available as a stand-alone or fully networked client/server application,
meets a broad range of customer requirements. Designed for 24/7 production environments with current Windows versions as well as with Virtualized and Citrix metaframe installations,
controls all current Bruker gas chromatographs, and GC custom analyzers for specific industrial analytical applications.
: This new high-temperature electrospray ion source boosts the sensitivity of Bruker mass spectrometers for environmental analysis, food testing and forensics. Sensitivity gains for many compounds of 5x to 100x greatly extend the quantitative capabilities of modern accurate-mass mass spectrometers, such as Bruker’s unique
ultra-high resolution Qq-TOF systems. Inside the
, an electrospray is maintained at elevated vaporizing temperature to enable enhanced desolvation of analyte ions, even at high flow rates in UHPLC separations. Delivering more efficient ionization, the
enhances sensitivity and lowers detection limits.
: This new automated stand-alone FTIR microscope is designed to combine best performance for visible inspection and infrared spectral analysis with highest user comfort. Due to the motorization and networking of all moveable components inside the
, the system provides a high degree of automation. Its intuitive software guides the operator step-by-step through the process of data acquisition. Although the
is designed to be operated by non-experts for routine applications, its exceptional sensitivity makes it also suitable for highly demanding applications.
: The new Bruker Hyper-spectral Imaging system
is an imaging remote chemical sensing system based on the combination of a Michelson interferometer with a focal plane array detector. A major field of applications of the
system is homeland security. The
allows fast identification and imaging of hazardous gases from long distances. Other applications range from atmospheric research, geology and volcanology to industrial applications such as leak detection, emissions measurement, and industrial safety. The new
represents a new ultra-high performance hyper-spectral imaging system in Bruker’s remote sensing product line, which also consists of the Scanning Infrared Gas Imaging System
for homeland security and scientific applications, the mil-spec 360 degree scanning stand-off detector
, as well as the ultra-high spectral resolution FTIR spectrometer
for scientific applications in atmospheric research.
X-ray Spectroscopy and Microanalysis:
Micro-CT Product Line
Following the recent acquisition of SkyScan N.V., the new Bruker microCT business presents its new product line of advanced, high-resolution micro computed tomography (CT) systems for three-dimensional (3D) X-ray imaging. Bruker microCT instruments can be configured for numerous applications in materials research and in the life sciences, including
preclinical animal imaging,
bone and soft tissue imaging, 3D imaging of electronic components, synthetic materials, new devices such as micro-sensors and cardio-stimulators, geological samples, fuel cell components, ceramics, and more.
is the next generation of silicon drift detectors (SDD) for energy dispersive X-ray spectrometry (EDS) on electron microscopes. With the availability of large detector sizes up to 100 mm
, energy resolution down to 121 eV, and throughput up to an incredible 600,000 cps, the
series sets new standards for speed, resolution and sensitivity in EDS analysis, and is exceptionally powerful for applications in nanotechnology research. With
, Bruker now offers the widest range of EDS detector sizes in the market to ensure optimal conditions for any application on any type of electron microscope.
: The new
handheld XRF analyzer is among the lightest (1.44 kg including battery) tube-based handheld XRF analyzers on the market. The innovative
features an integrated touch-screen color display, a 50 kV X-ray tube, Bruker’s proprietary, high-speed
SDD detector with high energy resolution and light-element capabilities, and an ergonomic, yet tough housing sealed against humid and dusty environments. The
covers a wide range of applications and materials. Whether it’s in the metals processing, refineries, mining, consumer product or environmental testing, or recycling — in terms of analytical performance and proprietary algorithms, the
has made even further progress for many important applications and calibrations, and today present’s the best available system for fast, easy-to-use, accurate, reliable and automated elemental analysis and positive material identification.
: This new high-flux Small (SAXS) and Wide Angle X-ray Scattering (WAXS) system is intended for research, development and quality control in bio-medical and pharmaceutical applications. Utilizing an air-cooled high-brilliance micro-focus X-ray source, it provides superior performance beyond widely used rotating anode sources, while avoiding complexity, significant maintenance and operating costs. In particular, the new Bruker
system enables ground-breaking simultaneous SAXS and calorimetry investigations, contributing to a better understanding of the properties of biological nanostructures.
Nuclear Magnetic Resonance:
AVANCE™ III HD
Bruker introduces High Definition (HD) to NMR with the most sensitive, high definition NMR spectrometer, the new
AVANCE™ III HD.
Thanks to its new digital RF synthesizer, further enhanced receiver electronics, redesigned preamplifiers, extended Digital Lock™, SmartVT™ and breakthrough novel
™ capabilities, Bruker now offers significant performance advantages to High Definition (HD) NMR users. The
AVANCE III HD
is both the ultimate NMR platform for life science and materials research, and a robust, automated, easy-to-use NMR analysis system for pharma/biotech, chemistry, metabolomics, nutritional science and molecular diagnostics research.
CryoProbe™ Prodigy TCI
CryoProbe Prodigy TCI
is the latest member of the Prodigy product line that delivers tremendous boosts in sensitivity at affordable prices.
uses nitrogen-cooled RF coils and preamplifiers to deliver a proton sensitivity enhancement of a factor of 2.5, and a carbon sensitivity enhancement of a factor of 2 over room temperature probes. With that,
provides a ‘300 MHz-equivalent’ sensitivity boost for proton NMR at 600 MHz at a fraction of the cost of ultra-high field systems.
BNL Nitrogen Liquefier
This new accessory is now available for Bruker’s
NMR magnets up to 700 MHz. NMR customers can now benefit from significantly extended cryogenic maintenance intervals for user convenience, flexibility for long-term experiments and lower cost of ownership. This latest innovation underscores Bruker’s continued commitment to increased sustainability. The
offers a solution to concerns about limited availability or logistics of cryogens in some emerging markets.
The first NMR software tool to enable seamless, integrated workflow from acquisition to molecular structure report generation is
(CMC: Complete Molecular Confidence). Delivering support where it’s needed,
assigns the NMR signals to structural characteristics, conducts a structural consistency assessment and completes the spectral analysis. Results are collated into compact reports for easy transfer of information into publications, lab journals or patent applications.
Frank H. Laukien, Ph.D., Bruker's President and CEO, commented: “At Analytica 2012, Bruker is announcing or showcasing more than a dozen new products or entire new product lines that set the pace in our industry for world-class product
Innovation with Integrity
. With compact, easy-to-use, affordable, yet high performance products, we gain access to broader markets and expand our presence in many routine quality control, applied and industrial market segments, while maintaining our excellent reputation in the research community.”
About Bruker Corporation
Bruker Corporation (NASDAQ: BRKR) is a leading provider of high-performance scientific instruments and solutions for molecular and materials research, as well as for industrial and applied analysis. For more information, please visit
For more information on Bruker at Analytica, please visit
Please join us at our Analytica booth #331/432 in hall A2, or at our Analytica press conference presented by Dr. Frank Laukien, President & CEO, on Wednesday, April 18, 2012, at 12:00 noon to 1:15 pm at the New Munich Trade Fair Centre - Press Center West (lunch served, by registration only).