Chris Turner: The medical device industry has an unsurprising sensitivity to safety issues due to patient interaction. In fact, due to the inherent safety concerns, the sector was behind other industries in transitioning to lithium-ion technology. We have helped many of our customers move from older battery technologies like lead acid to lithium-ion, and because our expertise stretches across rechargeable system design, cell technology, battery electronics and more, we are able to offer safer cell choices and safety protocols to help facilitate this transition. Of those customers whom we helped transition to lithium-ion years ago, we remain their go-to suppliers for new projects. Today, most medical devices have transitioned to lithium-ion, but performance and safety sensitivities persist with every product we develop for our medical OEMs.
What priority do you place on maintaining a healthy R&D department?
Chris Turner: Our R&D efforts are critical to our ability to continue to provide innovative but well-vetted power solutions to our customers and, as a result, we have hundreds of patents and other pieces of intellectual property. In addition to medical, we support a wide range of applications within the military, government, industrial and commercial markets, which gives us the opportunity to continually innovate and use technology we develop for one market and provide solutions to our others.
In addition to technology we develop in house, Inventus Power is recognised by its customers as a global expert in evaluating new technology and matching it to new applications. Our medical customers particularly bene t because new technology is often required but needs to be diligently vetted by experts due to the sensitivity for performance, reliability and safety particularly if it is going to be used in Class 2 and Class 3 medical devices.
What trends have you perceived in the area of power solutions for medical devices that are set to transform the sector over the next ten years?
Chris Turner: One of the strongest trends we perceive is that rechargeable power systems are becoming more complex. Multiple power solutions are being incorporated into one product, particularly as products are migrating from old battery technology like lead acid instead – or also – cutting the cord to the AC main lines for the rst time. Products like ultrasound carts or mobile X-rays are good examples of this trend. These are systems with battery and traditional BMS, but that also including charge control on the input (AC/DC conversion), and power conversion (DC/DC or DC/ AC) on the output, all within a single ‘solution’ provided to the customer.
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