Container Closure Integrity Testing (CCIT) is critical to pharmaceutical packaging to ensure product safety and efficacy. Among the various methodologies available for CCIT, deterministic methods hold prominence due to their reliability and efficiency. However, selecting the most suitable deterministic method remains challenging, necessitating a comprehensive analysis.
This webinar presents an overview of the process of choosing the best deterministic method for CCIT. Firstly, it details the significance of CCIT in pharmaceutical packaging and underscores the necessity of deterministic methods. Subsequently, it discusses the key deterministic methods commonly employed in CCIT, including vacuum decay, high voltage leak detection, and laser-based methods, elucidating their principles, advantages, and limitations.
Furthermore, during the webinar we will explore the factors influencing the selection of deterministic methods, encompassing considerations such as container type, product characteristics, production environment, and regulatory requirements. We will highlight the importance of compatibility between the chosen method and specific application requirements to ensure optimal performance and regulatory compliance.
Key Learning Objectives
- Understand the advantages of deterministic testing over probabilistic.
- Discover the different deterministic methods provided by Gateway Analytical, including principles, advantages, and limitations.
- Learn the key factors when choosing the correct method for your container.
- Review different case studies with possible example scenarios.
