In vitro diagnostics (IVDs) have a vital role in improving patient outcome and public health surveillance. IVDs are used to detect diseases, monitor health conditions, guide treatment decisions, detect diseases early on, and support precision medicine. Hence, IVDs...
The FDA classifies medical devices into three categories based on associated risk level. Each device class requires a different level of regulatory control. These guidelines are in place to ensure the safety and effectiveness of the device. Hence, manufacturers...
Non-active devices form the backbone of clinical practice. They are often simple in design but require rigorous validation to ensure safety, especially when used invasively or for long-term. For non-active medical devices, the 510(k) submission process is rigorous but...
Owing to their reliance on external energy sources, active medical devices pose moderate risk to the patients and users. Hence, they have to be regulated accordingly. They fall under the purview of FDA 510(k). Manufacturers will have to demonstrate their device is...
Similar to other medical devices, SaMDs will also have to comply with US FDA regulations to be launched in US. Navigating the US FDA regulations for SaMDs can be a daunting task. Hiring an US FDA 510(k) consultant for SaMD can streamline the application process. What...