The new BSC with Centurion Touchscreen controller is NSF-certified with 12" inches sash height openings and standby height that easily activates standby mode.
Labculture® G4 (LA2 G4) ergonomic work zone is comprised of bright illumination using industry-leading dimmable LED combined with raised, durable, stainless-steel armrest and large, recessed, spill-containing work tray devised for optimum work comfort.
Model Code LA2-3S8-G4 12”
Description Labculture® G4 Class II Type A2 Biological Safety Cabinet, 3ft/0.9m, 12-inch opening
The Most Advanced Energy-efficient, Safe, and Ergonomic Biosafety Cabinet in the World.
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Suitable for studying chiral molecules of all types and sizes, the sensitivity and accuracy of a Chirascan V100 circular dichroism spectrometer ensure that researchers get the most from every CD analysis, generating high-quality data that contribute to a deeper understanding of biomolecular characteristics, mechanisms, and interactions.
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Suitable for studying chiral molecules of all types and sizes, the sensitivity and accuracy of a Chirascan V100 circular dichroism spectrometer ensure that researchers get the most from every CD analysis, generating high-quality data that contribute to a deeper understanding of biomolecular characteristics, mechanisms, and interactions.
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AFM-2000 is an automated high-end Scanning Probe Microscopy platform for large samples.
Its long range XY translators allow the investigation of up to 200 mm samples and fragments at all positions. The fully programmable sample positioning enables autonomous AFM measurements on multiple sample positions with automatic image analysis and automatic report generation. The combination with high end optics enable on automated preselection of sample sites for SPM investigation.
Thereby the Semilab AFM-2000 setup is the optimal solution for industry quality maintenance application and R&D environments.
Ease of use:
Flexibility:
Versatility:
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AFM-2000 is an automated high-end Scanning Probe Microscopy platform for large samples.
Its long range XY translators allow the investigation of up to 200 mm samples and fragments at all positions. The fully programmable sample positioning enables autonomous AFM measurements on multiple sample positions with automatic image analysis and automatic report generation. The combination with high end optics enable on automated preselection of sample sites for SPM investigation.
Thereby the Semilab AFM-2000 setup is the optimal solution for industry quality maintenance application and R&D environments.
Ease of use:
Flexibility:
Versatility:
CONTAINS
The CWF range of general purpose laboratory chamber furnaces is bench mounted. Models are available in five sizes with a maximum operating temperature up to 1300 °C.
The airflow in the CWF-B furnaces is enhanced by the addition of air inlet holes in the door and a tall chimney which rapidly removes the fumes from the furnace.
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The CWF range of general purpose laboratory chamber furnaces is bench mounted. Models are available in five sizes with a maximum operating temperature up to 1300 °C.
The airflow in the CWF-B furnaces is enhanced by the addition of air inlet holes in the door and a tall chimney which rapidly removes the fumes from the furnace.
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SOP Architect is your intelligent assistant that helps you create the best wet dispersion methods for any sample with ease and confidence.
SOP Architect guides you through a standardized workflow that supports novice users and validates the experts’ decision-making. Its specialized tests and smart algorithms give you the best possible starting point for your research method or SOP.
With Malvern Panalytical expertise built in, the tool embeds best practices into your workflow and helps you to avoid errors and inconsistencies. Clear guidance and a step-by-step process acts as a mini training session, making future development even easier.
SOP Architect provides guidance on sampling best practices, dispersant selection and pre-dispersion methods such as sonication.
An initial stability check is performed and smart algorithms analyze the data for evidence of stability issues like agglomeration, dispersion or dissolution. If any issues are identified, support is provided to resolve them.
The optimal stirrer speed is selected in this automated test to achieve the most stable and representative results for your sample. The stir speed titration ensures issues like sedimentation are avoided.
The required ultrasound conditions (power and duration) are selected in this automated test to ensure sample agglomerates are effectively dispersed. The ultrasound titration assists in ensuring the primary particle size of your sample is selected.
The optimal obscuration value is selected for your sample. Enough sample is analyzed to ensure representative and accurate results without the worry of multiple scattering.
Multiple repeat tests are performed and the results are assessed against standard acceptance criteria (ISO 13320, USP <429>) . If the results demonstrate suitable repeatability, you are good to go! But if not, SOP Architect will provide additional support to improve your method further.
Once you have completed the method development process with SOP Architect, you can save an SOP file for future use at any time. This SOP file contains all the measurement parameters needed to test your sample. Eager to start testing? Use the SOP file in the SOP Player feature. Or want to add some finishing touches? You can with SOP Editor.
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SOP Architect is your intelligent assistant that helps you create the best wet dispersion methods for any sample with ease and confidence.
SOP Architect guides you through a standardized workflow that supports novice users and validates the experts’ decision-making. Its specialized tests and smart algorithms give you the best possible starting point for your research method or SOP.
With Malvern Panalytical expertise built in, the tool embeds best practices into your workflow and helps you to avoid errors and inconsistencies. Clear guidance and a step-by-step process acts as a mini training session, making future development even easier.
SOP Architect provides guidance on sampling best practices, dispersant selection and pre-dispersion methods such as sonication.
An initial stability check is performed and smart algorithms analyze the data for evidence of stability issues like agglomeration, dispersion or dissolution. If any issues are identified, support is provided to resolve them.
The optimal stirrer speed is selected in this automated test to achieve the most stable and representative results for your sample. The stir speed titration ensures issues like sedimentation are avoided.
The required ultrasound conditions (power and duration) are selected in this automated test to ensure sample agglomerates are effectively dispersed. The ultrasound titration assists in ensuring the primary particle size of your sample is selected.
The optimal obscuration value is selected for your sample. Enough sample is analyzed to ensure representative and accurate results without the worry of multiple scattering.
Multiple repeat tests are performed and the results are assessed against standard acceptance criteria (ISO 13320, USP <429>) . If the results demonstrate suitable repeatability, you are good to go! But if not, SOP Architect will provide additional support to improve your method further.
Once you have completed the method development process with SOP Architect, you can save an SOP file for future use at any time. This SOP file contains all the measurement parameters needed to test your sample. Eager to start testing? Use the SOP file in the SOP Player feature. Or want to add some finishing touches? You can with SOP Editor.
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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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