The 4-in-1 tablet testing instrument PTB 311E for testing the hardness, thickness, width, and diameter (or length) of a tablet is a dual force mode hardness tester. It can be used for either linear force or linear speed increase while tablet hardness is tested. It offers a multiple point validation procedure for the built-in digital load cell. The instrument is made in strict compliance with the EP 2.9.8 and USP 1217 Pharmacopoeia. For more information on the PTB 311E visit: https://www.pharma-test.de/en/products/galenic-instruments/tablet-hardness-testing/p-ptb-311e/ CONTENT: 0:08 4-in-1: Measure hardness, thickness, diameter/length and width of a tablet 0:12 Measurement of various shapes of tablets is possible 0:23 Width: Measuring the width of a tablet is the latest added feature to the PTB 311E 0:38 “4-in-1” Thickness Measurement 0:46 “4-in-1” Width Measurement 0:53 “4-in-1” Diameter or Length Measurement 1:00 “4-in-1” Hardness Testing 1:30 Password Protected Settings: Important settings like date and time are protected by a user definable password 1:42 Stay connected: The instrument is compatible with PT-Node 1:47 PT-Node is an instrument network adapter for printing and data transfer 1:51 Print reports via browser on any printer 1:55 Export results in your local network 1:59 PT-Node connects up to two instruments simultaneously with your network

The functional mushroom extract market is experiencing rapid growth, yet the quality and authenticity of many products remain questionable due to a lack of validated identification methods. Join Dr. Melanie Broszat, Professor of Analytical Chemistry at Offenburg University of Applied Sciences and Editor of CAMAG’s CBS Journal, and Coleton Windsor, Analytical Chemist at Nammex, a leader in mushroom extract production and quality testing, as they introduce a fit-for-purpose, validated HPTLC method. This new method enhances quality control transparency and reliability by addressing industry concerns over mislabeling and product efficacy, setting new standards for quality testing in mushroom extract markets. Find out how this cutting-edge technique was specifically designed for the accurate identification of multiple fungi species.

In this webinar, we present a method for the detection of toxic impurities – diethylene glycol (DEG) and ethylene glycol (EG) – in oral liquid pharmaceuticals using High-Performance Thin-Layer Chromatography (HPTLC). You’ll learn about the regulatory background, optimized sample preparation and chromatographic methods, and how CAMAG’s HPTLC system enables rapid, cost-effective, and visual detection at trace levels.

Introducing Industrial Tomography Systems (ITS): the world leader in tomography-based process visualization solutions. To learn how our tools can enable you to see inside your process, visit our website: www.itoms.com

Access crystallization and formulation information at milliliter scale. Designed by scientists, for scientists, the Crystalline Version 2 is the latest multiple reactor system for crystallization and formulation development. Explore each feature, by clicking on its chapter: 00:00 - Introducing the Crystalline Version 2 00:31 - Improved temperature control 01:18 - Improved optics 02:00 - AI-based image analysis 02:33 - Robotic integration Crystalline Version 2. Every picture tells your story. Learn more on www.crystallizationsystems.com/products/crystalline/

Meet ReactALL: The future of reaction screening. ReactALL from Technobis is an innovative benchtop multiple reactor system with integrated sampling automation. The instrument empowers process chemists across various markets to successfully screen and optimize their reaction experiments for production, with unprecedented efficiency.

High-Performance Thin-Layer Chromatography (HPTLC) is the method of choice for the analysis of complex and variable samples. Conventionally, manual user intervention is necessary between each step of the HPTLC workflow. With the CAMAG HPTLC PRO System, the era of full automation throughout the entire workflow begins. In this webinar, Dr. Melanie Broszat, Scientific Business Development Manager at CAMAG, demonstrates the power of this revolutionary system based on polysaccharide content of honey samples representing the field of sugar analysis by HPTLC.

The semi-automated DFC-820SP system is composed of a PTWS 820D dissolution bath with built-in individual vessel centering, full tubing installation in PTFE, the EPE-820 auto sampling system, a PT-SP8 syringe pump and a PTFC-2/8 fraction collector. For more information on the DFC-820SP visit: https://www.pharma-test.de/en/products/dissolution-testing/offline-automated-dissolution-systems/p-dfc-820sp-including-ptws-820d-dissolution-bath/ CONTENT: - 0:10 Composed of: PTWS 820D dissolution bath, PT-SP8 high precision syringe pump and PTFC-2/8 SP fraction collector - 0:23 Large color, touch screen to control the instrument - 00:37 Visual signals on the display inform the user of the status of critical instruments parameters - 00:47 For manual sampling staggered stirrer start is possible - 00:56 Optional TM-820 tablet magazine for synchronous drop of all samples - 01:14 The TM- 820 tablet magazine is supported by flexible strings to avoid any risk of blockage - 01:24 Optional EPE-820 sampling system automatically lowers and raises the sampling probes - 01:34 Attached to the EPE-820, the ITM-820 temperature monitoring system reads and reports the media temperature inside the individual vessels during sampling - 01:44 PT-SP multi–syringe pump: Designed for parallel sample withdrawal and dosage of media from a dissolution bath - 02:16 PTFC-2/8SP offers automated sampling of up to 20 cycles with 8 vials each. The collecting dish is easy to load and unload - 02:39 The magazine includes low evaporation vessel sealing covers and magnetic holders for the tube cleaning device - 02:52 DFC-820SP Offline Automated Tablet Dissolution System Alternative tablet dissolution baths with 6 stations: PTWS 120D and PTWS 120S - 03:00 PTWS 120D is a compact 6-station tablet dissolution bath - 03:14 Available in the PTWS 120S version with individual stirrer speed control for all 6 stations

HPTLC has been proven as a reliable and robust analytical method. In this webinar, Dr. Melanie Broszat presents the method for quality control of lipid-based formulations like mRNA vaccines with the fully automated HPTLC PRO System. Furthermore, she discusses the use of HPTLC coupled with Mass Spectrometry in the field of lipidomic research.