Medical Device Directory

White Papers for Medical Device Industry Suppliers

  • Overview of an Ethylene Oxide Sterilization ValidationBy

    Prior to beginning routine ethylene oxide sterilization, a product with a sterile claim needs to complete a validation process to ensure the Sterility Assurance Level claimed is met. This TechTip will provide a step-by-step overview of an ethylene oxide validation process that complies with the...
  • The Environmental and Bottom Line Impact of Single-Use SystemsBy

    Explore the merits of a single-use bioprocessing system and learn how the byproduct of these systems, cogeneration, can be leveraged to save money and reduce waste. The debate of which system is better for bioprocessing, a single-use system comprised of polymer-based parts or a stainless...
  • Efficiently Compliant: Using an SPC system to comply with the FDA’s CFR Part 11 requirementsBy

    Explore the FDA’s CFR Part 11 requirements for electronic records and signatures. Discover how the right statistical process control (SPC) software program can help your organization become compliant with these rules in an efficient way. Companies that are regulated by the FDA must comply...
  • ISO 8573 Compressed Air Contaminants, Purity Classes, and MethodsBy

    White paper discusses ISO 8573 sampling and analytical techniques and how Trace Analytics has developed an approach that allows determination of compliance in a straightforward and cost-effective manner.
  • Lean production and material flow in medical manufacturingBy

    12-page guidebook/brochure explores different technological approaches to lean manufacturing and assembly in a medical environment. When does it make sense to automate? When should you use a manual assembly process. Guidebook explores different application scenarios, recommends technologies for...
  • Using Infrared Light to Revolutionize the Staking ProcessBy

    Take a look inside the four basic steps of the staking process and discover how Infrastake harnesses infrared light to join plastics together in an innovative way. The process of staking plastic parts has been dominated by three main methods; hot air, thermal, and ultrasonic. Each method has...