With the 3rd generation Empyrean, Malvern Panalytical has now redefined the concept of a multipurpose diffractometer: our newly designed MultiCore Optics enable the largest variety of measurements without any manual intervention. Empyrean has the unique ability to measure all sample types - from powders to thin films, from nanomaterials to solid objects - on a single instrument. The world of materials science is constantly changing and the life of a high performance diffractometer is much longer than the typical horizon of any research project. With Empyrean, you are ready for anything the future holds.
Empyrean is the only platform that does it all, delivering the best data quality on every sample types. It covers the largest set of X-ray diffraction, scattering and imaging applications in one single instrument. Moreover, Empyrean not only meets the high expectations of scientists and XRD experts today, but will continue to do so as research themes evolve Empyrean is ideal for teaching purposes, thanks to the large doors that open completely, allowing access to the system to several people; but at the same time is perfect to perform measurements in demanding R&D environments in several industries.
Empyrean offers a range of features and benefits designed to enhance X-ray diffraction (XRD) analysis:
Highest Data Quality on Every Sample
Empyrean's diverse sample stages and optical components enable both simple and advanced applications, ensuring optimal data quality and throughput.
Multipurpose and Future-Proof
The system's adaptability allows for easy integration of new applications, keeping pace with evolving research needs.
Hybrid PIXel Technologies
Empyrean's hybrid detectors, such as PIXcel3D and GaliPIX3D, offer small pixel sizes, zero background, and high dynamic range, revolutionizing XRD applications.
MultiCore Optics
The iCore and dCore optics simplify system usage by automating measurement transitions without human intervention.
PreFIX
This proprietary concept allows for quick reconfiguration of the diffractometer with micrometer precision, facilitating rapid application changes.
Good Laboratory Practice
Empyrean supports GLP through alignment-free modules and automated measurement and analysis, with extensive tutorials for users at all levels.
Customized Solutions for X-ray Diffraction
Empyrean collaborates with users to develop tailored solutions for complex analytical challenges, ensuring the system meets specific research requirements.
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The new Zetasizer Ultra is our most advanced system for the measurement of particle and molecular size, particle charge and particle concentration, and represents the most intelligent and flexible instrument in the Zetasizer Advance range.
Our flagship model enjoys all the benefits afforded by ZS Xplorer software, in terms of ease of use, analysis speed and data confidence, and also offers two unique measurement capabilities: Multi-Angle Dynamic Light Scattering (MADLS) and particle concentration (only for the Zetasizer Ultra Red Label), to offer even greater insight into your samples.
Building on the legacy of the industry-leading Zetasizer Nano Series, the Zetasizer Advance family of light scattering instruments brings increased versatility and expertise to your laboratory. The extensive range of six Zetasizer Advance systems provides a perfect fit for every application and every workflow challenge.
Each model is available in either a Blue Label version for routine sample investigation or a Red Label version for use with more challenging samples.
ΠΕΡΙΛΑΜΒΆΝΕΙ
The new Zetasizer Ultra is our most advanced system for the measurement of particle and molecular size, particle charge and particle concentration, and represents the most intelligent and flexible instrument in the Zetasizer Advance range.
Our flagship model enjoys all the benefits afforded by ZS Xplorer software, in terms of ease of use, analysis speed and data confidence, and also offers two unique measurement capabilities: Multi-Angle Dynamic Light Scattering (MADLS) and particle concentration (only for the Zetasizer Ultra Red Label), to offer even greater insight into your samples.
Building on the legacy of the industry-leading Zetasizer Nano Series, the Zetasizer Advance family of light scattering instruments brings increased versatility and expertise to your laboratory. The extensive range of six Zetasizer Advance systems provides a perfect fit for every application and every workflow challenge.
Each model is available in either a Blue Label version for routine sample investigation or a Red Label version for use with more challenging samples.
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The SpectraMax® i3x Multi-Mode Microplate Reader can perform a wide range of essential cell-based and biochemical assays using the included absorbance, fluorescence, and luminescence detection modes. With the SpectraMax® MiniMax™ 300 Imaging Cytometer, industry-leading SoftMax® Pro Software, and user-configurable detection modules, this unique reader enables users to add optional detection modules at any time to expand the reader’s capabilities and explore cellular pathways and protein expression on one microplate reader. This includes AlphaScreen/AlphaLisa, time-resolved fluorescence, TR-FRET/HTRF, fluorescence polarization, dual injectors, and western blot detection. Transmitted light and fluorescence channels offer the option to image stain-free or use cellular dyes to get a better view of cytotoxicity, cell proliferation, and phenotypic changes.
User-installable detection modules expand the reader’s detection capabilities to include AlphaScreen, time-resolved fluorescence, TR-FRET (including HTRF), fast kinetics with injectors, western blot detection, and more.
The StainFree™ Cell Detection Algorithm for brightfield cell segmentation enables cell counting and confluency measurement without destructive stains, simplifying the cell analysis workflow.
Two fluorescence detection channels on the MiniMax 300 cytometer enable the analysis of cell viability or cell toxicity assays, including viability assays and transfection efficiency.
Cell confluence and cell viability imaging, western blot analysis, and quantitation of nucleic acids and protein, can be captured on one reader.
This built-in technology enables users to optimize their assay in a single-step by quickly identifying the best excitation and emission wavelengths.
Our patented technology acquires data over a wide dynamic range without the need to re-read the plate due to saturation effects. PMT gain adjustment is bypassed with the use of high-power LEDs as part of the Spectral Fusion Illumination.
ΠΕΡΙΛΑΜΒΆΝΕΙ
The SpectraMax® i3x Multi-Mode Microplate Reader can perform a wide range of essential cell-based and biochemical assays using the included absorbance, fluorescence, and luminescence detection modes. With the SpectraMax® MiniMax™ 300 Imaging Cytometer, industry-leading SoftMax® Pro Software, and user-configurable detection modules, this unique reader enables users to add optional detection modules at any time to expand the reader’s capabilities and explore cellular pathways and protein expression on one microplate reader. This includes AlphaScreen/AlphaLisa, time-resolved fluorescence, TR-FRET/HTRF, fluorescence polarization, dual injectors, and western blot detection. Transmitted light and fluorescence channels offer the option to image stain-free or use cellular dyes to get a better view of cytotoxicity, cell proliferation, and phenotypic changes.
User-installable detection modules expand the reader’s detection capabilities to include AlphaScreen, time-resolved fluorescence, TR-FRET (including HTRF), fast kinetics with injectors, western blot detection, and more.
The StainFree™ Cell Detection Algorithm for brightfield cell segmentation enables cell counting and confluency measurement without destructive stains, simplifying the cell analysis workflow.
Two fluorescence detection channels on the MiniMax 300 cytometer enable the analysis of cell viability or cell toxicity assays, including viability assays and transfection efficiency.
Cell confluence and cell viability imaging, western blot analysis, and quantitation of nucleic acids and protein, can be captured on one reader.
This built-in technology enables users to optimize their assay in a single-step by quickly identifying the best excitation and emission wavelengths.
Our patented technology acquires data over a wide dynamic range without the need to re-read the plate due to saturation effects. PMT gain adjustment is bypassed with the use of high-power LEDs as part of the Spectral Fusion Illumination.
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The CLIMACELL® series was specially developed for applications, in which as far as possible exact and reproducible simulation of various environmental conditions is important, e.g. stability testing of components, packaging materials, food or chemicals, drugs, germination studies, plant cell or tissue cultures, insect cultures. This devices offers an interesting alternative to expensive testing chambers and testing rooms. Microprocessor controlled humidity assembly with powerful lighting system are warranty of the excellent homogene parameters for tests and growth conditions.
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The CLIMACELL® series was specially developed for applications, in which as far as possible exact and reproducible simulation of various environmental conditions is important, e.g. stability testing of components, packaging materials, food or chemicals, drugs, germination studies, plant cell or tissue cultures, insect cultures. This devices offers an interesting alternative to expensive testing chambers and testing rooms. Microprocessor controlled humidity assembly with powerful lighting system are warranty of the excellent homogene parameters for tests and growth conditions.
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The GC-IMS-SILOX is a stand-alone device that has been developed for user-friendly and reliable one-site measurements of siloxanes in biogas, landfill or sewage gas.
The device has a straight-forward single-click menu and can alternatively be run as online monitoring system testing the gas automatically in user defined intervals. Results of siloxanes, silica (SiO2) same as silicon (‘Total Si’) are stored on its flash memory and shown on the 6.4" touchscreen or the ‘Total Si’ value is transferρed via 4–20mA or MODBUS (TCP). To run the system it only takes power and nitrogen (cylinder or N2 -generator).
Flexible sampling is assured by an integrated pump and a six-port valve to either test from gas sample-bags or as preferred directly from the gas pipe via a by-pass. Condensation water can be trapped by the use of an optional (GENIE-) filter.
Its menu allows that an on-site test can securely be carried out by non-specialists. Alternatively it can be used as a 24/7 based on-line monitoring tool to test for individual siloxanes at their relevant concentration levels to take immediate on-site decisions.
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The GC-IMS-SILOX is a stand-alone device that has been developed for user-friendly and reliable one-site measurements of siloxanes in biogas, landfill or sewage gas.
The device has a straight-forward single-click menu and can alternatively be run as online monitoring system testing the gas automatically in user defined intervals. Results of siloxanes, silica (SiO2) same as silicon (‘Total Si’) are stored on its flash memory and shown on the 6.4" touchscreen or the ‘Total Si’ value is transferρed via 4–20mA or MODBUS (TCP). To run the system it only takes power and nitrogen (cylinder or N2 -generator).
Flexible sampling is assured by an integrated pump and a six-port valve to either test from gas sample-bags or as preferred directly from the gas pipe via a by-pass. Condensation water can be trapped by the use of an optional (GENIE-) filter.
Its menu allows that an on-site test can securely be carried out by non-specialists. Alternatively it can be used as a 24/7 based on-line monitoring tool to test for individual siloxanes at their relevant concentration levels to take immediate on-site decisions.
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The technical configurations with gas chromatographic (GC) columns include standard capillary (15-60m) or multi-capillary of various stationary phases that are selected acc. to the requirements of the analytical assignments.
The GC-IMS has integrated temperature and flow controller allowing firmware steered ramping to better separate highly volatile compounds and shorten run times which is decisive QC related assignments. The availability of positive same as negative ionization modes enables the applicability for a wide range of substances e.g. ketones, aldehydes, alcohols, amines, phosphor organics same as chlorinated or halogenated compounds.
The integrated six-port valve secures a very flexible sampling of gases. Further to that all relevant measurement parameters for method development are easy to access so that the operator can optimize the system with regard to his specific application.
The GC-IMS operates isotherm in a range of 40-80°C and >100°C for baking out (cleaning). The GC-IMS provides an automatic data acquisition on the device and when connected to a PC 3-D data visualization and analysis by G.A.S. software suite called Laboratory Analytical Viewer (LAV). Besides the possibility of quantifying single marker compounds additional software plug-ins allow to easy detect the appearance of new compounds or the differences of concentrations of existing compounds. The result classifies differences from a selected reference (golden standard) to quickly characterize e.g. the quality of a sample.
An easy menu, manual or automatic operation modes as well as data acquisition, -analysis on board plus analogue data output via 4-20mA current loop facilitate a remote online process control. While the standard configuration of the GC-IMS requires N2 or synthetic for its operation it can alternatively be equipped with a circular gas flow unit (CGFU) to be independent from any external gas supply. All these characteristics together represent highest flexibility and make up the usefulness of the GC-IMS as analytical online and/or on-site tool.
Through this the device can be applied for several analytical measurements e.g. testing for residual solvents, impurities from production, off-flavour detection, product or ingredients authentication, bad smell or TICs monitoring from industrial plants, perfume and cosmetics on human skin, etc.
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