Featured Articles

  1. How To Protect High-Value Media With Single-Use Connectors

    When dealing with high-value products in your downstream processes, the last thing you want is for your media to end up on the plant floor.

  2. Combination Sterile Connections For Single-Use Applications

    Gain insight into why combination connections are used in single-use bioprocessing and guidance on how single-use systems can be designed to integrate the combination connectors.

  3. The Benefits Of Genderless Sterile Connectors For Single-Use Applications

    Genderless connections are those in which the connector halves are identical in design, thus eliminating the need for different male and female halves to make the connection.

  4. The Value of Closing Your Process

    For R&D and PD applications, closed, single-use systems can protect against both biological and cross-contamination, saving valuable research time and money.

  5. How To Choose The Right Connector For Your Biopharm Application

    With so many connection options, it can often be an overwhelming task to decide which connector is best suited for a specific application. By understanding your application requirements and selecting the correct connection type, you will have better performance and sealing results. 

  6. Single-Use Connections Advance Aseptic Processing

    John Boehm discusses how single-use connections advance aseptic processing and create increased process flexibility and reliability while reducing costs.

  7. Connection Technology Advances Closed System Processing

    The global demand for new biologics and vaccines, combined with the growing emergence of biosimiliars, is challenging drugmakers to re-evaluate their processes and seek ways to make them more flexible, reliable, and cost-effective. By John Boehm, Colder Products Company

  8. Genderless Sterile Connectors Offer Flexibility And Faster Changeovers

    Genderless sterile connectors — with their ability to interconnect with each other without male/female limitations — can enhance the flexibility of single-use systems in a range of bioprocessing applications.