Bruker’s Premier Solution for Routine and Advanced R&D
The Bruker INVENIO is tailored for innovation, seamlessly bridging the gap from everyday quality control to sophisticated research and development. Whether your priority lies in optimizing productivity, ensuring utmost precision, or adhering to rigorous regulations, Bruker’s INVENIO is your steadfast ally.
Bruker presents the INVENIO in three distinct versions, ranging from the foundational S-model to the advanced R&D-centric X-model. This seamless compatibility and potential for in-field upgrades across models exemplify Bruker’s forward-thinking design.
Bruker’s INVENIO-S is meticulously crafted for a diverse array of applications across various industries. From fundamental QC/QA tasks to the assessment of challenging samples, the INVENIO-S emerges as your most dependable partner for routine endeavors. What’s more, Bruker ensures that with its vast in-field upgrade options, the INVENIO-S can seamlessly adapt to nearly any scientific scenario. Thus, with the INVENIO-S, you secure both a routine and an advanced research spectrometer in a singular package.
Bruker’s consistently aligned RockSolidTM interferometer boasts a patented design that offers an impressive 20% surge in throughput compared to traditional setups. Augmented by dual retro reflection cube corner mirrors and a durable, wear-resistant pivot mechanism centered at its core, it guarantees unrivaled stability and trustworthiness, even in demanding settings. Bruker’s ingenuity ensures mirror tilt optical nullification and mechanical mirror shear prevention.
Bruker’s INVENIO is designed in three unique versions – ranging from the foundational S model to the high-end R&D X model. The seamless compatibility and upgrade potential between these models is a testament to Bruker’s intelligent design philosophy.
Bruker’s proprietary DigiTectTM detector technology is engineered to minimize electronic interference. This modern marvel is rooted in cutting-edge dual-channel delta-sigma ADCs, boasting an authentic 24-bit dynamic range, seamlessly incorporated within the detector’s preamplifier circuitry.
Experience innovation like never before with Bruker’s INVENIO-R. This next-gen FTIR spectrometer melds superior technology, aesthetic design, and a new optical beam path to deliver unprecedented SNR (signal-to-noise ratio) and broad spectral range versatility, stretching from FIR to UV/VIS. Prepare for state-of-the-art performance and adaptability.
Bruker’s RockSolidTM interferometer stands apart with its patented design, boasting over 20% greater efficiency compared to standard models. Its dual retro-reflection cube corner mirrors and the impeccable wear-free pivot mechanism guarantee unmatched stability even in challenging conditions.
Discover the power of Bruker’s MultiTectTM. This game-changing detector tech automates control for up to 5 detectors simultaneously, spanning an impressive FIR to UV/VIS range.
With Bruker’s DigiTectTM, experience noise reduction like never before. Its modern dual-channel delta-sigma ADC, boasting a genuine 24-bit dynamic range, integrates seamlessly into preamplifier systems.
Bruker’s unique FM functionality excels with its ultra-wide range beamsplitter and wide range DLaTGS detector. Alongside the standard internal IR source, it captures the complete far and mid IR spectrum in a single measurement.
Bruker’s Step-Scan technique unveils the temporal progression of fast, reproducible events, achieving impressive resolutions up to 2.5 nsec.
Bruker’s Rapid-Scan captures time-sensitive, non-reproducible data with finesse, extracting up to 4 spectra from each full interferometer scan.
Bruker’s INVENIO series offers three distinct versions. Thanks to ingenious design, upgrading in-field from the routine S model to the elite R&D X model is a breeze.
Revolutionizing the landscape of FTIR R&D, INVENIO X unites the groundbreaking INTEGRALTM interferometer with the innovative MultiTectTM technology. This unparalleled union paves the way for access to up to 7 internal software-controlled detectors, embracing the complete FIR to VIS/UV spectrum. Dive into a world where INTEGRAL™ and MultiTectTM synergize, ushering in an epoch of fully automated FTIR spectroscopy.
The INTEGRALTM interferometer, featuring an automatic 3-position beam splitter (BMS) changer, harnesses the precision of cube-corner mirrors and an actively aligned BMS changer wheel. Experience performance enhancement with resolutions surpassing 0.09 cm-1.
MultiTectTM, Bruker’s vanguard, effortlessly handles up to 5 room temperature FTIR detectors, such as DTGS, InGaAs, Si diode, and GaP. It’s the embodiment of holistic spectral coverage, spanning from FIR to UV/VIS.
Bruker’s DigiTectTM technology brings to the fore detectors with the least electronic noise. Embedded with state-of-the-art dual-channel delta-sigma ADCs, it guarantees a true 24-bit dynamic range.
Delve into fast reproducible event monitoring with the step-scan technique. Achieve temporal resolutions soaring up to 2.5 nsec as the interferometer mirror strategically steps, rebooting the experiment with each move.
For instantaneous, non-reproducible spectroscopy, the Rapid-Scan technique takes center stage. Witness the interferometer mirror’s rapid motion, extracting up to 4 spectra per full scan, achieving a staggering 110 spectra acquisitions every second.
Unique design enabling concurrent ATR and transmission measurements, capturing both surface and bulk sample data.
Our ATR units cater to a vast range of samples, from liquids to Si wafers. Whether you need multi-reflection or single bounce ATR units, we guarantee high-quality spectra without crystal adhesion. Additionally, we offer adjustable pressure mechanisms and other auxiliary options.
Our range of autosampling tools offers solutions for a plethora of samples and analysis types.
Bruker presents an extensive collection of beamsplitters, ensuring optimal results and flexibility from Far-IR to VIS/UV regions. These are easily interchangeable and automatically recognized by our spectrometers.
Tailored for analyzing proteins in water, CONFOCHECK boasts swift data acquisition and an intuitive software interface.
Covers a broad spectral range, ensuring the highest signal quality.
A water-cooled, manually operated FIR source unit, externally adaptable.
Enhance the VERTEX series’ signal-to-noise ratio with this high-power source, ideal for various applications.
Designed for extended optical setups, the XSA provides a spacious, adaptable sample compartment.
Our specialized gas cells facilitate the precise measurement of gases and their mixtures using IR transmission spectroscopy. They are designed with varying materials, path lengths, gas volumes, and options for heating and flow.
Designed to link a gas chromatograph and a Bruker FT-IR spectrometer, this accessory offers high sensitivity.
HELIOS, a high-performance ATR microscope, offers precise sample positioning and detailed spectral analysis.
Automated accessory for varied sample measurements in microplate formats.
Boasting the best sensitivity and spatial resolution, the Hyperion 3000 is the pinnacle of FTIR microscopy.
Designed for imaging spectroscopy, the IMAC provides rapid analysis with high resolution.
Allows for detailed infrared spectroscopy of expansive sample areas.
Specifically designed for analyzing liquids, these cells come with multiple constructional materials, varying path lengths, and adaptable heating and flow options.
A vast collection of probes for MIR measurements, customizable for specific needs.
A comprehensive range of probes for NIR measurements, tailored to fit precise requirements.
A high-sensitivity PA cell, adapted for our QuickLockTM mechanism and DigiTectTM technology.
A flexible module for photoluminescence spectroscopy. It comes with internal lasers and additional adaptations.
Utilizes polarization modulation for advanced techniques, ensuring high signal-to-noise ratio.
An add-on Raman module for Bruker’s VERTEX spectrometers, designed for diverse sample formats.
Optimized for studying electrochemical reactions, this unit captures chemical reactions in electric currents.
Our reflection units are designed for a wide range of applications, featuring variations in reflection principles and angles of incidence. Hybrid units allow flexibility in choosing modes of reflection and transmission.
Our beamsplitter ensures a consistent and flat response over a vast spectral range.
In collaboration with NETZSCH, we offer a TGA-FTIR coupling, ensuring superior sensitivity for gas analysis.
Tailored for catalysis studies and in-situ measurements, these units come with temperature control and atmosphere adjustments.
These modules offer a comprehensive solution for analyzing both solids and liquids. They feature adaptable designs and additional options like heating for different sample types.