Medical

Maddison Product Design have developed a new technology that provides fast EBC sample collection for use in disease diagnosis and monitoring applications. Our patented technology collects a patient sample in under 5 minutes while low respiratory back pressure, comfortable ergonomics, and the absence of any wire or tube connections make the test hassle free for.. Read More

User-operated wireless sleeve improves arm recovery following stroke M-MARK (Mechanical Muscle Activity with Real-time Kinematics) is a system providing upper limb rehab to patients in their own homes. It was funded by the National Institute for Health Research Invention for Innovation (NIHR i4i) Programme and is a collaboration between the University of Southampton, Imperial College.. Read More

Forte Medical credit Maddison’s design experience “Design is all, not just in the day-to-day, but in the nitty gritty of medical devices and the complex world of right-first-time medicine. In our case, excellent British design and manufacture is transforming healthcare across the world: do not underestimate the power of design….without the experience of Maddison Design,.. Read More

Fund promotes early-stage product design Innovate UK have launched a new funding stream called Design Foundations which focuses on helping companies with early-stage design work through collaborating with experienced design teams like Maddison Product Design. The call opened on 16th January for up to 70% funding for projects up to £100k. The fund has a.. Read More

New Niji™ System builds on earlier pioneering project for Vivacta Novartis have launched a new point of care diagnostic system that could speed up diagnosis and treatment of major allergy-related disorders like severe allergic asthma. The Niji™ System allows clinicians to test patients’ IgE (Immunoglobulin E) levels quickly and conveniently in an office setting, accelerating.. Read More

Maddison Supporting Medical Wearable Sensors Event Maddison are proud to be involved in partnering with Imperial College for their event “Wearable’s, Behavior and Data” on 23rd March from 2pm to 6pm at the Department of Bio-engineering.  The event covers current hot topics including wearable’s for diagnostics, monitoring, disease prevention and data security.  Maddison will be.. Read More

Ground Breaking Diagnostics Technology: A group led by Professor Rodger Whittaker, Consultant Neurophysiologist at the Newcastle University and Newcastle Hospitals is developing a pioneering diagnostics solution to accurately detect and record the electrical signals passing along muscle fibres when muscles contract. Electromyography is the technique using fine metal needles, inserted in the muscles to detect.. Read More

Maddison and Alacramed, both leaders in medical device design and commercialisation, have already successfully collaborated to deliver complex client assignments and are now putting this partnership on a more formal footing. Alacramed’s consultants are all seasoned medical device industry experts with experience in commercialising medical device products ranging from technology due diligence, market assessments, regulatory filings, operations,.. Read More

Maddison are proud to be a key member of the team working on an Invention for Innovation funded venture: Mechanical Muscle Activity with Real-time Kinematics (M-MARK). The project is to develop a home based device, which uses a novel combination of movement and muscle sensor technologies to improve arm recovery following a stroke. It involves.. Read More

We are proud to be part of a team at Nottingham University, currently working together to develop the Heartlight Newborn Resuscitation Sensor to help benefit midwives and doctors during the first crucial moments of a newborns life. The sensor is mounted in a hat which can be placed on the baby’s head as soon as.. Read More