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Results you can trust: Minimum weight and measurement uncertainty

Available On-Demand

Balances are very precise testing and measuring equipment. However, weighing results can be influenced by many internal and external factors, and the question of the reliability and trustworthiness of acquired values remains. The concepts of measuring uncertainty and minimum weight help to answer this question.

Join this webinar to learn how to obtain reliable and consistent weighing results, considering the theory of measurement uncertainty as suggested by the EURAMET Calibration Guideline No. 18 (cg-18). Further, the concept of a minimum sample weight will be explained in general as well as according to the cg-18, USP Chapter 41, and the recommendation OIML R76.

Key learning objectives

Understand the measurement uncertainty concept
Explore and learn the different minimum sample weight concepts
Ensure compliance by determining balance software functions

Who should attend?

Lab managers
Quality managers
Staff scientists
Lab supervisors
Department heads
Research scientists

Certificate of attendance
All webinar participants can request a certificate of attendance, including a learning outcomes summary, for continuing education purposes.

Speakers:

Dr. Holger Densow

Product Manager, Premium Weighing Solutions, Software Applications
Sartorius
View Biography

Julian Haller

Scientist|Engineer Metrology
Sartorius
View Biography

Blake Forman

Editorial Team
SelectScience
View Biography