Reusable vs. Single-Use Sensors for Bioprocess Optimization скачать в хорошем качестве

Reusable vs. Single-Use Sensors for Bioprocess Optimization

Process analytical sensors are essential in optimizing bioprocesses by enabling real-time monitoring of critical variables such as pH and dissolved oxygen. In this video, we explore the important decision between using reusable and single-use sensors in biomanufacturing and how this choice impacts efficiency, flexibility, and regulatory compliance. Whether you are working in large-scale operations or modular, flexible biomanufacturing setups, understanding the pros and cons of each sensor type is vital to achieving robust and efficient production. Reusable sensors offer high durability, precision, and robust data across many production runs, supporting tight process control. However, they require regular calibration, sterilization, and validation, which can increase turnaround time, labor costs, and contamination risks. Additionally, in multi-product facilities such as contract development and manufacturing organizations (CDMOs), reusable sensors may complicate changeover processes and regulatory documentation. Connect with METTLER TOLEDO online: Visit METTLER TOLEDO Process Analytics website: http://www.mt.com/pro Find METTLER TOLEDO on LinkedIn:   / mettlertoledo   Find METTLER TOLEDO on Facebook:   / mettlertoledo   0:11 Introduction to Process Analytical Sensors 0:22 Reusable vs Single-Use Sensors: Key Differences 0:31 Benefits of Reusable Sensors 0:53 Challenges of Using Reusable Sensors 1:02 Impact on Multi-Product Facilities 1:11 Advantages of Single-Use Sensors 1:31 Ideal Applications for Single-Use Sensors 1:42 Comparing Reusable and Single-Use Sensors 1:45 Hybrid Approach Overview