Advancing drug discovery with innovative biophysical characterization
Malvern Panalytical collaborates with Domainex, a leading Contract Research Organization (CRO), to advance drug discovery with cutting-edge biophysics technology. Domainex uses Malvern Panalytical’s WAVEsystem and PEAQ-ITC instruments to measure drug-target binding kinetics, binding affinity, and thermodynamics in real-time. Powered by Grating-Coupled Interferometry (GCI) technology, the WAVEsystem offers exceptional sensitivity for fragment screening and faster dissociation rates, providing efficient, high-quality results. The PEAQ-ITC Isothermal Titration Calorimeter provides gold-standard data using binding heat measurements to deliver key insights into binding affinity, thermodynamics, and stoichiometry. Malvern Panalytical partners in discovery with Domainex, our advanced analytical solutions enhancing the CRO’s ability to provide fast, top-quality data, driving innovation in the life sciences and accelerating drug discovery – all helping to make the world cleaner, healthier and more productive.
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Omega/Theta Demo at your desk
Determining crystal orientation is crucial in semiconductor production. The Omega/Theta is the solution to accomplish this step quickly and accurately . This X-ray diffractometer comes with fully automated vertical three-axes and features such as mapping and stacking stages, rocking curve capabilities and many more. By combining the Azimuthal scan method with flexible sample handling, the Omega/Theta XRD can provide full measurements for all single crystalline materials in as few as 10 seconds. In this Demo, we reveal the measurement procedures for different types of samples such as irregular single crystalline samples and wafer samples. The procedure is done with the help of the XRD Suite, both a powerful and intuitive software, making it convenient and easy to operate for a range of users.
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From Eruption to Insight: The Science Behind Volcanic Ash Analysis
A volcanic eruption is a powerful natural event that can lead to extensive disruption and damage. Explosive eruptions produce micron sized fragments of volcanic rock termed “ash” which get released high into the atmosphere and can have far-reaching impacts on both local communities and global networks. To minimize the risks of volcanic eruptions, computer models are now used to anticipate the movement of volcanic ash. Accurate, detailed information about particle size and shape means volcanologists can accurately predict how fast and how far away volcanic ash will fall. Malvern Panalytical’s Mastersizer 3000+ and Hydro Insight are a powerful combination used to measure particle size and shape. For researchers, our goal is to supply the tools that will help them to predict where volcanic ash will travel during eruptions, to help them mitigate the risks to humans and infrastructure.
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SDCOM Demo at your desk
Your ultra-fast, top surface measuring crystal orientation in a compact package, able to measure any single crystal with a diameter between 2mm to 300mm. SDCOM uses the azimuthal scan method to precisely determine the complete lattice orientation of single crystals in just one measuring rotation – taking only a few seconds. Suitable for both research, production and quality control, the versatile and accessible SDCOM fits easily into a wide range of wafer and ingot process steps while having minimal operational costs due to no requirement for water cooling. SDCOM is capable of measuring the crystal orientation of any single crystalline material. In this Demo, we reveal the measurement procedures for different types of samples such as irregular single crystalline samples, wafer samples and small samples. The procedure is done with the help of the XRD Suite, both a powerful and intuitive software, making it convenient and easy to operate for a range of users.
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From Challenge to Accuracy: Transforming Ferro-Alloy Analysis with XRF Innovative Solutions
X-ray fluorescence (XRF) has long been the preferred method for quantitative analysis in steel production due to its accuracy and reliability. But when it comes to challenging materials like Direct Reduced Iron and ferroalloys such as Ferrosilicon, Ferrochromium, and Ferromanganese, the analysis can be more complex. In this video, our expert explain how Malvern Panalytical overcomes these challenges using innovative approaches and deep expertise. From meticulous sample preparation to setting up customized applications, our team ensures the highest level of accuracy—a crucial factor in determining the value of these materials, as even small measurement errors can lead to significant price differences. Key Highlights: The importance of XRF in steel and ferroalloy production Custom calibration standards for accurate analysis Detailed fusion programs and sample preparation techniques Real-world examples of customer success in ferroalloy projects
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Modeling invisible plastics
You probably know what nano and microplastics are. Yes, very very small pieces of plastic. They are thought to originate from a variety of human activities, like cosmetics, clothing, industrial processes, and recycling. They are finding their way into all places on the planet, our land, seas and in living creatures, such as fish. Recently, they have also been found in human placentas. Florine Aalders at Malvern Panalytical characterised and classified the nano and microplastics that float around our planet to help a team of leading scientists in the Momentum consortium answer to important questions. Above all, how are these nano- and microplastics affecting our human species? You can also find out more about Momentum here https://momentummicroplastics.nl/ We are proud to be making a small but critical contribution by making the invisible visible we trust the project will have a positive impact on human health.
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Semiconductor Frontend Solutions
From phones and laptops to cars and smart meters – so many of the devices we rely on contain advanced electronics and semiconductors. Malvern Panalytical supports semiconductor manufacturers around the world and enable them to be more precise, reliable, and more efficient. Our complete range of physical-chemical and structural analysis solutions from film thickness and crystallographic phase to the composition of strain crystal entity and interface morphology. Learn more www.malvernpanalytical.com/semi
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Create a sustainable future with your mining process
Watch this video to discover our analytical solutions to make your mining operation more sustainable, predictive and agile. Explore the latest analytical innovations for all parts of the mining process from the exploration of new deposits, sorting and stockpiling of different ore grades, beneficiation and separation of minerals and concentrates towards environmental monitoring to ensure a sustainable mining operation that fulfils your ESG commitments. Malvern Panalytical delivers innovative and unique mineral analysis solutions and services for geologists, process engineers, geo-metallurgists and plant managers to increase the efficiency of the mining operation. Our tailored solutions, equipment, and analytical support employ cutting-edge technology, resources, and materials.
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Aeris: Benchtop XRD for pharmaceutical solid form analysis
Partner with Malvern Panalytical and safeguard your pharmaceutical development and manufacture. Is solid form characterization critical in your line of work, but you lack expertise in X-ray diffraction (XRD)? Do you need an efficient tool to support you with lead optimization? Do you need an easy way to validate the stability of your solid form following processing? Are you worried about unexpected production issues, or about maintaining drug product quality? Would you like to de-risk your manufacturing processes and have confidence in your ingredients and products? Put your mind at rest: partner with Malvern Panalytical and choose Aeris – the world’s leading benchtop X-ray diffractometer! Aeris is small enough to fit your workspace and workflow, but BIG on performance and throughput.
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