Malvern Panalytical Webinars
This March we are back with a full agenda of amazing webinars! Check and register now!
Don’t forget, all webinars are free and your registration will provide you with an automated email that contains the link to the recorded presentation.
March
14th – Application of morphological group classifications to interpret, evaluate and predict the flowability performance of metal powder in additive manufacturing [Additive Manufacturing]
Physical and chemical properties of metal powder determine its flowability performance in the powder bed fusion process. Size distribution and morphology are of well-known physical parameters presenting the powder quality for additive manufacturing. As the AM industry moves forward, the need for versatile methodologies facilitating ranking the input materials is becoming more important. Learn more in the webinar!
21st – From Particles to Drug Product Performance and Stability [Pharmaceutical]
How a pharmaceutical tablet disintegrates and dissolves when it comes in contact with a physiological fluid is crucial for the performance of the medicine. Critical performance characteristics are controlled by the chemical and physical properties of the drug substance and excipients paired with the manufacturing processes used to transform the powder into a compact.
In this webinar, we will discuss the interplay between particle properties, formulation, microstructure and stability-related performance changes.
22nd – Malvern Panalytical Future Days – Focus On Semiconductor [Semiconductor]
We cordially invite you to join us for the upcoming Malvern Panalytical Future Days. This event will provide you with an opportunity to engage with distinguished industrial guest speakers and gain valuable insights into the latest advancements in the silicon and compound semiconductor industry.
We look forward to welcoming you to this exciting event and the chance to share our collective knowledge and experience.
23rd – Ask an Expert! – Block copolymer-assisted synthesis of VO2 (B) microflowers for supercapacitor applications [Battery and Energy]
Our popular ‘Ask an Expert’ webinar series is meant for students, researchers, and professors who want to deepen their knowledge, sharpen their analytical methods, or find out how to improve their data.
Join us to learn how the preparative parameters can help to control morphology and porosity, discover how the reaction temperature and time control are essential to developing the desired material phase, and understand why Rietveld refinement is necessary to fully understand the material’s structural properties.
23rd – Malvern Panalytical Future Days – Focus On Academia [Academia]
Join us for the Malvern Panalytical Future Days. Listen to an engaging mix of presentations and interviews in the field of academia. Hear directly from our research experts on what they consider to be the material challenges of tomorrow and find out about the solutions Malvern Panalytical can provide to meet these.
28th – Technology Drop-in : A deep dive into GCI [Grating-coupled interferometry]
Join our technology experts as we take a deeper look at the Creoptix WAVEsystem. Our series will showcase key elements of the system in detail and explore some key applications. These sessions will be devoted almost entirely to Q&A to provide a unique opportunity to get 1 : 1 with our experts and get your questions answered.
In this session we will focus on Grating-coupled interferometry (GCI). We will first briefly explain the GCI technology and then we open the floor for questions!
29th – Opportunities and challenges in mRNA-LNP discovery for immunotherapy applications [Pharmaceutical]
Are you working in the field of immuno-oncology leveraging mRNA-LNP-based therapeutic approaches? Then you probably already know about the importance of understanding the complex interactions of mRNA-LNPs with different types of immune and non-immune cells such as cancer cells.
In this short series of webinars, Dr Justyna Rzepecka, principal scientist at CLS, and Dr Frances Acklam, senior scientist at CLS will summarise the most common challenges associated with discovery of mRNA-LNP drug products, introduce different types of immune cells and role they play in cancer, and discuss how mRNA-LNP technology can be used to boost immune cells to combat cancer.
Stay tuned to this blog, as more webinar information and Q&A transcripts are ever on the way!
Here is the full list of the latest Malvern Panalytical webinars that have been presented recently:
Demo at your desk:
- Demo at your desk: XRF solutions for automotive catalyst recycling
- Epsilon Xflow – On-line process analyzer
- Are you happy with helium? Official launch event Epsilon 1 ISO 13032- sulfur in automotive fuels. Extreme low costs per analysis!
- From Bauxite to Aluminum – How the Aluminum Industry benefits from mineralogical analysis – Live demo!
- Empyrean brings new wonder to XRD
- Nano-particle Size & Concentration Measurements
- Epsilon 1
- Mastersizer 3000
- Epsilon 4
- Morphologi 4
Laser Diffraction Masterclasses:
- Masterclass – NanoSight for exosomes: Tracking the size and concentration of extracellular vesicles
- Understand the material properties of pharmaceutical products with laser diffraction
- Diffraction in drug development
- Best practice for the development of particle size analysis methods :Why all methods are not created equal
- The art and practice of method transfer: Mastersizer 2000 to Mastersizer 3000
- Think particle sizing: trust Mastersizer
- Laser Diffraction Masterclass: The benefits of combining laser diffraction and image analysis
- Why do you Need Material Optical Properties?
- Method Transfer
- Why do you Need Material Optical Properties?
- How can Material Optical Properties be Calculated/Estimated
- Optical Properties – How can material optical properties by measured
Zetasizer Masterclasses:
- An expert guide to using zeta potential for the surface characterization of viral and lipid-based vectors
- Why do I see a large %CV in my particle concentration measurements?
- What reproducibility and repeatability can I expect from my particle concentration measurement of AAV’s?
Focus on Pharma:
- Drug Discovery & Protein Stability: Power-up pharmaceutical and biologics discovery!
- Get Started with Benchtop XRD: From Drug Discovery to QC
- Tools and Guides for improving the Sustainability of Discovery Chemistry
- Understand the material properties of pharmaceutical products with laser diffraction
- Reduce the cost of elemental analysis
- Structure-based drug design: Selective WEE1 inhibitors
- Discover how differential scanning calorimetry can help you improve the thermal stability of lipid-based vectors
- Smart application of analytics in complex generic drug development
- Virtual Launch Event: Creoptix WAVEsystem
- How to use SEC-SLS and other detectors to understand mRNA vector composition
- Advanced solid-state analysis capabilities on the bench
- The future of sustainable chemistry: Electrochemistry
- Understand the material properties of pharmaceutical products with laser diffraction
- Imaging Masterclass: First steps in automated image analysis. Shape up your particles!
- Pharmaceutical APIs and the impact of particle sizing during development: An experienced approach
- Innovative assays for neurodegeneration drug discovery programs
- Is your API ready for GMP scale up?
- Strategies for characterizing size and concentration of viral and non-viral vectors
- From lab to line – Material characterization in pharmaceutical process development
- Deformulation and its relevance to bioequivalence studies
- How to transfer methods in multi-site drug development projects
- Deformulation and its relevance to bioequivalence studies
- Back to basics: Particle size analysis Pharmaceutical development and manufacture
- Everything pharmaceutical scientists need to know about solid form characterization – Part 3
- Unlocking Polymers in Medical Devices – Combining High Resolution Separations from the Waters ACQUITY APC and Advanced Detectors
- Everything pharmaceutical scientists need to know about solid form characterization – Part 2
- Optimizing microfluidics: Liposome & LNP production
- Making X-ray diffraction accessible: Solutions for entry-level solid form analysis
- Innovative Assays for Immunotherapy Drug Discovery Programs
- Everything pharmaceutical scientists need to know about solid form characterization
- The future of generic drug development
- Accelerate AAV Formulation Development :Extend serotype characterization with OMNISEC
- Enzyme kinetics characterization with Isothermal Titration Calorimetry
Focus on Vaccine:
- Virus: Vaccine and VLP Characterization with Nano-particle Tracking Analysis (NTA)
- Increasing the Efficiency of Vaccine Development Through Appropriate Selection of Storage Conditions at the Pre-Clinical Stage
- Value of DSC as Complementary and Insightful Technique for Structural Characterization of Multi-Domain Protein Antigen
- Combining biophysical techniques and advanced kinetics to support formulation development
Focus on Battery:
- Battery Slurries: A basic introduction to characterizing viscosity and dispersion stability in battery slurries
- Addtional insight into your battery production process with XRF solutions
- Advance your thin films research for battery, semiconductor, electronics and more
- The significance of particle shape and size of electrode materials on battery performance
- The importance of particle size analysis
- Studying Battery Cathode Materials using X-Ray Diffraction
- Crystalline phase analysis of Li ion battery electrode materials
Focus on Additive Manufacturing:
- Combat additive manufacturing quality control issues with both particle size & shape analysis
- Explore 3D printing materials science
- Check for microstructural defects in additive manufacturing
- Mind the gaps – safe steps to qualifying Additive Manufacturing (AM) processes and products
- Introducing PowderCleanse: An automated closed-loop powder processing system for additive manufacturing
- Focus on fuel cells: Characterizing catalytic powders with expert scientists
- Shape up: Learn why particle shape and size are critical for Additive Layer Manufacturing
- Characterizing the Particle Size and Shape of Polymer Powders for Additive Manufacturing
- Additive Manufacturing of metal alloys: Why XRD is an important tool for characterizing metal powders and built components
- Polymers in Additive Manufacturing: The Future of Part Production
- Characterizing material Properties for Additive Manufacturing
Focus on Food:
- Improve your food’s taste, texture, shelf life, authenticity and safety limits (dairy case study)
- Veganuary – Food Reformulation
- Chocolate
- Coffee Characterization
- Formulation Development
- New ways of measuring inorganic elements with XRF
Focus on Mining, Metals Production and Ore Processing:
- Coal: How to get the grades right on key parameters like calorific value, ash and total moisture
- Fast automated mineral quantification of cements and its constituents by X-ray diffraction
- Discover how on-line XRF optimizes the mining process by using Epsilon XFlow
- Smart online monitoring solutions for limestone & cement production plants
- Precision mining: how knowing the exact mineralogy of your ores could save your company millions
- On-line Solutions for Ore Sorting & Monitoring
- Exploring the Benefits of Real-time Particle Sizing for Metal Powders
- Elemental Monitoring of Rock and Ores- A Live Demonstration
- how knowing the exact mineralogy of your ores could save your company millions
- Focus on XRF in Mining – High-Intensity EDXRF
Focus Ask an Expert:
- Adding Raman Spectroscopy To Static Image Analysis
- Key takeaways for error free analysis and reporting laser diffraction results
- How to save time with HighScore’s powerful big-data features
- Dive Deeper into multi-detection OMNISEC software
- Getting the best out of non-ambient measurements
- How well can you present your DLS results?
- ITC for organic solvents: Tips for success with this trending application in chemistry and life sciences
- Microcalorimetry – A versatile tool for the characterization of biomolecular interactions
- Zetasizer Frequently Asked Questions
- Microcalorimetry – A versatile tool for the characterization of biomolecular interactions
- Best practices for operando-XRD experiments on batteries on a laboratory instrument
- Dive deeper into multi-detection OMNISEC samples analysis
- Optimising loading time and stability of Virally Vectored therapies and vaccines using SEC and DSC
- Quantifying rAAV and other viral vector quality attributes with Multi-angle DLS and nanoparticle tracking analysis
- Getting the best out of Omnian WD XRF semi quantitative analysis
- Transmission vs reflection XRD measurements
Focus on Fusion:
- Accurate & repeatable elemental analysis: Sample preparation best practice tips
- Easy Fusion Technique to reduce TDS for Metals or PGM’s Determination
Focus on Polymer:
Blog Q&A
- Optimizing the performance of titanium dioxide and other pigments for your paints, pigments, plastics
- Explore deformulation and characterization of liposome-based drug products with Malvern Panalytical
- Discover Zetasizer Advance – Meet the New Line-up of Dynamic Light Scattering Instruments from the Pioneers of DLS Technology
- Basics to powder X-ray diffraction: How to achieve high-quality XRD patterns – Part 2
- Introduction to powder X-ray diffraction – Part 1
- The Basics of Elemental Analysis with XRF
- Controlling respirable silica and asbestos in your mine or product manufacturing
- The Basics of Elemental Analysis with XRF
- Discover the Epsilon 1 benchtop XRF upgrade
- Aeris – Your partner for routine and semi-advanced XRD
- Overcoming Characterization Challenges in Drug Formulation
- MicroCal PEAQ-DSC systems
- Launch of the Zetasizer Pro and Zetasizer Ultra
- Clarity by Design – The Launch of Morphologi 4 and Morphologi 4-ID
- A basic introduction to Electrophoretic Light Scattering (ELS) for Zeta potential measurement
- A basic introduction to Dynamic Light Scattering (DLS) for particle size analysis
- The NanoSight NS300 Sample Assistant
- Augment your battery research with non-ambient in-operando XRD – Q&A
General topics:
- Nanoparticles – The Science Behind Nanobubbles: An Introduction with Malvern Panalytical & Moleaer
- Respirable particulate matter monitoring using non-destructive elemental analysis
- Biologics masterclass: immunotherapy discovery & development
- NIR spectroscopy and crop status sensing in the field – Learn from an expert
- Imaging Masterclass 2 Live demo at your desk – Morphologi 4: Seeing really is believing!
- Adhering to new respirable silica dust laws and why you should consider XRD over FTIR
- From lab to fab: XRD made simple: Clean room compliant MRD XL
- The 12 experts of diffraction
- New and improved sensitivity for compliant analysis without helium: Live demonstration analyzing sulfur in automotive fuels
- Accurate and reliable elemental analysis for regulating heavy metals in cosmetics and personal care products
- Challenges for retained austenite analysis with XRD
- Characterization of catalytic materials on laboratory-based X-ray diffraction platforms
- Do more with OmniTrust
- An improved approach to particle sizing
- Why you should make the switch to non-destructive elemental analysis of respirable particulate matter using new & innovative ready-to-measure XRF technology
- Non-destructive characterization of catalyst coated membranes for fuel cell
- Respirable particulate matter monitoring for toxic elements by India’s Central Pollution Control Board
- Ask an expert – Things I wish I knew about Laser Diffraction before writing my thesis
- Non-destructive XRD analysis of cultural heritage objects
- Put Aeris to the test: the measurement of thin film and small amounts of organic powders
- Cost saving advantages in optimizing coagulants in your water treatment process
- Advanced in-situ experiments on Metal Organic Frameworks
- Respirable silica Masterclass 3: Modern XRD in the market and why it makes sense to analyze your own samples
- Respirable silica Masterclass 2: Practical tips when doing your own dust filters testing
- CNA: On-line elemental analyzer for iron & steel making
- Getting unique insight into your nanoparticle dispersions with multi-angle dynamic light scattering
- Eye-opening analytical solutions: Overcoming the challenges of ophthalmic formulations
- Characterizing Catalytic Inks for Fuel Cells
- X-ray fluorescence versus wet-chemistry for the analysis of sulfidic ores and concentrates: Why you should change