Medical device packaging validation helps ensure that a medical device cleared for commercialization will arrive to the end-user in an uncompromised, sterile state, and non-sterile product remains uncompromised during its journey to the user. Here are five important...
Medical device developers are constantly looking for regulatory changes that may impact how they work. Sometimes minor changes in regulation can make their lives a lot easier, while alterations add extra steps to a process elsewhere. Changes to ISO 10993-17 have been...
Navigating the tricky waters of regulation can be frustrating and challenging for any medical device manufacturer. When those regulations change, the prospect becomes even more daunting. This post breaks down the regulatory path for medical device submissions in the...
Sterilization validation is necessary to bring tissue-based products to market. The U.S. FDA requires it, whether the device functions in vivo or in vitro, so understanding how to ensure sterility is critical. When it comes to living tissue, the process carries an...
After several years of waiting, the International Organization for Standardization (ISO) approved the release of ISO 10993-23 in January 2021. The standard officially recognizes in vitro as an approved method for understanding, predicting and classifying skin...
Testing your medical device properly and preparing a strong regulatory submission is a dynamic yet crucial part of bringing the product to the market. Put simply, the submission stage is not where most manufacturers want to gamble or guess. That’s where a qualified...
As stated in the international packaging standard, ISO 11607, designing and developing a packaging system for terminally sterilized medical devices is a complicated and critical endeavor. Even if manufacturers opt for a proven packaging configuration, it needs to...
The medical device regulatory environment is continuously evolving. As regulatory body expectations become more demanding, manufacturers need to evaluate the safety implications of changes to their devices and processes. Manufacturing modifications are one example...
Medical device biological safety evaluations have advanced significantly over the last ten years, and regulatory requirements are quickly evolving as well. Turnkey evaluation of testing requirements has progressed into a more device-specific evaluation of risks. It is...
Before modifying your medical device, consider how it could affect your testing plan and potentially put approvals at stake.
Unknowns are Unacceptable explains our risk-based approach to medical device chemical characterization and toxicological risk assessment.
