For the past decade, AAMI TIR30 has served as a key guidance document for the cleaning validations of reusable medical devices. However, the industry has seen significant changes due to advancements in reusable medical devices and the development of new test methods for evaluating the effectiveness of cleaning procedures. In response to these changes, AAMI TIR30 is being revised and elevated to a standard, AAMI ST98. This new standard aims to provide clear and contemporary guidance on performing cleaning validations, addressing the need for more precise and standardized procedures.
This webinar will explore the upcoming changes in the requirements for cleaning validations as outlined in the forthcoming AAMI ST98 standard. The presentation will discuss the advancements that have prompted these revisions and how they impact the practices and methodologies used for cleaning validations. Participants will gain insights into the evolution of cleaning validation practices, driven by technological advancements and the need for improved test methods.
Key updates included in AAMI ST98 will be detailed, highlighting the new requirements and recommendations that will be part of the standard. The webinar will explain how these changes affect the cleaning validation processes for manufacturers and healthcare providers, emphasizing the practical implications for day-to-day operations. By understanding these updates, participants will be better prepared to implement the new standard, ensuring their cleaning validation procedures are compliant with the latest industry practices.
This knowledge is crucial for maintaining the safety, efficacy, and regulatory compliance of reusable medical devices. The webinar is essential for professionals involved in the development, validation, and regulatory compliance of cleaning processes for reusable medical devices. By attending, you will gain valuable insights into the upcoming changes and be equipped with the tools needed to adapt to the new standard, ensuring that your practices meet the highest industry standards.