RETSCH organiza periódicamente seminarios web en línea y ofrece grabaciones de seminarios web sobre temas interesantes. Si desea recibir información sobre nuevos seminarios web, suscríbase al Boletín electrónico de RETSCH!
Próximos webinarios
Webinar: How Reliable Is Your Protein Determination really?
Webinar en línea | Idioma: Inglés
The often underestimated influence of sample preparation on C/N and protein values.
This webinar uses real experimental data to show what effects too coarse, too fine or optimal grinding have – and why moisture content is the decisive indicator of sample quality.
Webinar: Wie zuverlässig ist Ihre Proteinbestimmung wirklich?
Webinar en línea | Idioma: Alemán
Der oft unterschätzte Einfluss der Probenvorbereitung auf C/N- und Proteinwerte.
Dieses Webinar zeigt anhand realer Versuchsdaten, welche Auswirkungen ein zu grober, zu feiner oder optimaler Mahlgrad hat – und warum der Wassergehalt der entscheidende Indikator für die Probenqualität ist.
Grabaciones de seminarios en línea
Consejos prácticos para molienda eficaz bajo condiciones criogénicas
Introducción a la molienda criogénica para muestras sensibles a la temperatura, evitando degradación del material.
La serie MM 500: Consejos Prácticos para la Preparación eficaz de muestras en Molinos de Bolas
Estrategias para una molienda eficiente, optimizando parámetros y logrando resultados consistentes y de alta calidad.
Preparación de muestras para el análisis de alimentos
Preparación reproducible de muestras para análisis de alimentos, garantizando resultados precisos y confiables.
Sieving: Practical tips for efficient laboratory sieving processes
Técnicas de tamizado eficiente para lograr análisis precisos del tamaño de partícula y optimizar procesos de laboratorio.
Additive Manufacturing: Solutions for Quality Control & Post-Processing
Overview of solutions for quality control and post-processing in additive manufacturing, ensuring consistent material and product quality.
Avoid Overgrinding with BET Surface Area Analysis
Finer particles do not always mean higher functionality. In porous materials, milling can alter or damage the pore structure. BET surface analysis is key to accurately determining performance.
Ball milling: Best practices for the grinding process & optimum results
Explore how to optimize ball milling processes, including parameter selection, grinding tools, and techniques to achieve reproducible and efficient results.
Ball mills: How to control the temperature in ball mills
Introduction to the MM 500 control mixer mill, highlighting features, applications, and benefits for reproducible grinding and sample preparation.
Batteries: Enabling Progress in Battery Technology
Comprehensive webinar on battery materials, covering preparation, processing, and analytical techniques for research and quality control.
Battery materials: Preparation and characterization
Covers preparation and characterization methods for battery materials, focusing on reproducibility and optimized particle properties.
Best practices for size reduction of large samples and high throughput
Learn efficient methods for reducing large sample pieces, improving throughput and ensuring representative, reproducible results in sample preparation.
Cannabis: From raw material to end products, from quality control to small scale production
Covers workflows for cannabis analysis, including extraction, sample prep, and techniques to ensure accurate and reproducible analytical results.
Construction Materials and mining waste
Webinar series on sample preparation and analysis solutions for recycling applications, covering waste materials and sustainable processing.
Cutting Mills - Less Cleaning, More Sample Preparation
Focus on cutting mill design and cleaning concepts to ensure contamination-free sample prep and efficient maintenance.
Cutting mills for heterogeneous samples and pre-cutting
Introduction to cutting mills for efficient pre-cutting of samples, highlighting applications, workflows, and benefits in sample preparation.
Development of Battery Materials
Focus on ball milling for battery material development, including process optimization and achieving reproducible particle properties.
Efficient Sieving in Lab Scale
Practical guidance on sieving methods, equipment, and step-by-step workflows to improve lab efficiency and ensure accurate particle size results.
Innovative cutting mills - Focus on cleaning
Focus on cutting mill design and cleaning concepts to ensure contamination-free sample prep and efficient maintenance.
Mixer Mill MM 500 nano
Introduction to the Mixer Mill MM 500, covering applications, features, and efficient grinding for reproducible sample preparation.
Precise milling and sieving technologies for pharmaceutical applications
Covers milling, sieving, and sample prep technologies for pharmaceutical workflows, including particle size control and biomaterial processing.
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