So you’re an inventor who wants to develop a medical device and use the invention in practice. You know the FDA regulates medical devices, but that’s about as far as your knowledge takes you.
Part 7 in a 7-part series on the EU’s Medical Device Regulation
The European Database for Medical Devices (EUDAMED) was conceived 20 years ago in 1998, originally as part of the In Vitro Diagnostics Devices Directive (IVDD) and included the Medical Devices Directive (MDD).
Under the new MDR that replaces the MDD, the European Commission recognized that to fully support the more stringent requirements for filing, reporting, and continuing surveillance, it would need to greatly expand the capabilities of the database for monitoring and data collection.
Part 6 in a 7-part series on the EU’s Medical Device Regulation
The new EU Medical Device Regulation (MDR) builds on the framework of the MDD with an increased emphasis on post-market surveillance (PMS) and post-market clinical follow-up (PMCF), similar to FDA’s approach for high risk devices.
Part 5 in a 7-part series on the EU’s Medical Device Regulation
Among the significant changes facing device makers transitioning their products in the European Union from the Medical Device Directives (MDD) to the Medical Device Regulation (MDR) are the new requirements around clinical evidence.
Under the MDR, device manufacturers marketing products in the EU will face some additional hurdles, but if you also market in the US, Canada, Japan, or other countries, the new regulations will likely be familiar to you.
Part 4 in our 7-part series on meeting the new requirements under the EU MDR
Complying with the European Union’s Medical Device Regulation (MDR) poses a daunting task for medical device makers marketing products inside the EU. One of the most taxing efforts for companies that already have CE-marked devices in the EU is the need for portfolio reviews.
Part 3 in our 7-part series on meeting the new requirements under the EU MDR
If you are new to obtaining marketing approval in the European Union, the concept of Notified Bodies is one of the most significant differences from the US FDA system or regulatory oversight.
A Notified Body is an independent certification organization that is “notified” by an EU member state’s Competent Authority, usually the ministry of health, to certify that a product meets the applicable requirements for CE marking.
Second in a 7-part series on the EU’s Medical Device Regulation
The new Medical Devices Regulation (2017/745/EU), or more commonly referred to as the EU MDR, poses significant challenges to medical device makers that want to market their products in the European Union.
The clock is already ticking and the three-year transition period is counting down to 26 May 2020, which is the “Date of Application” (DoA) of the Regulation.
First in a 7-part series on the EU’s Medical Device Regulation
The European Parliament passed the Medical Device Regulation (MDR) two years ago and began a three-year transition period in May 2017 with enforcement set to begin in May 2020.
The new regulation repeals and replaces the Medical Device Directive (MDD) and the Active Implantable Medical Device Directive (AIMDD), effectively pushing the reset button for medical device makers who sell products in Europe.
Artificial Intelligence and 3D Printing are making history in the medical device world. From AI manufacturing machines to the creation of 3D printed organs to more streamlined processes by the FDA to approve 3D medical devices. Here is a quick overview of what you missed:
From 3D printed light receptors for prosthetic vision devices to $10 3D ultrasound chips and 3D printing for spinal cord injuries to 3D printed model body parts, a lot went on in the month of December. Here is a quick overview of what you missed:
The MedTech Industry has been very busy with 3D printing! From the first 3D printed human corneas and custom cardiac surgical devices to 3D printing helping in the development of mobile phone based medical devices, there was a lot of exciting events that occurred in October.
The dream is to eventually 3D print a spinal cord scaffold layered with viable neurons that can be implanted into a human spinal cord and rebuild damaged neural connections and restore mobility to people with spinal cord injuries.