Latest News

Ensuring Your Device will be Ready for Market

Medical device development is a highly regulated sector and rightly so. Patient safety, comfort and welfare needs to be at the core of any medical device design. However, with a plethora of standards, regulations and certifications in this field it can be hard to navigate and ensure your device will be ready for market.

Read the full article on New Design: Ensuring Your Device Will be Ready for Market

Berkeley Develops New MRI Scanners with Wideblue and MR Coiltech

Advanced MRI scanners being developed by University of California Berkeley will allow doctors and scientists to see the brain in greater detail than ever before which could lead to treatments for brain disorders such as degenerative diseases, schizophrenia, and developmental disorders, including autism spectrum disorders.

Read the full article on Tech Today: Berkeley Develops New MRI Scanners with Wideblue and MR Coiltech

Revolutionising the Treatment of Respiratory Disease

As an award-winning, medical device developer, we are thrilled to have worked with TidalSense for the past 10 years to produce the world’s first handheld capnometer targeting the management of chronic respiratory conditions.

Read the full article at Design Products & Applications Magazine.

Bringing Your Medical Device to Market

The Association of British HealthTech Industries (ABHI): Bringing Your Medical Device to Market

The development of new medical devices is gaining momentum due to several factors. There is an increasing availability of funding for medical research. Additionally, there is a growing number of talented engineers and scientists dedicated to advancing medical technology. Furthermore, the rapid pace of technological innovation in other industries, such as electronics and computing, is contributing to the development of new medical devices.

Read the full article at ABHI.

Scottish Companies to Help Develop Satellite Communication System

Wideblue and A2E, two leading Scottish product design companies, are helping the Fraunhofer Centre for Applied Photonics (CAP) based in Glasgow with an ambitious project to develop an optical communications system with very low size, weight and power requirements for use with high-altitude pseudo-satellites (HAPS).

The project uses the latest breakthroughs in micro-LED light sources and single photon detectors pioneered by the University of Strathclyde’s Institute of Photonics over the past two decades.

Read the full article at Silicon Scotland.