This article, featuring insights from Tom Brittain, James Boonzaier and Jack Hornsby – the RAS leadership team at Cambridge Design Partnership – explores how a skunkworks approach, underpinned by capability, capacity and culture, enables surgical robotics companies to accelerate development, reduce risk, and bring new RAS technologies to market with speed and confidence.
In collaboration with CDP, Titan Medical has unveiled its next-generation technology for single-access robotic-assisted surgery (RAS).
Brian and Michael explore the challenges of estimating blood loss and discuss the key factors necessary for achieving more accurate, timely, and insightful monitoring.
Sergio explores single-use endoscopes and our framework for designing a greener solution. Focusing on sustainability, balancing environmental benefits with clinical outcomes and commercial opportunities through creative, data-driven strategies.
Sergio and Alejandra explore emerging implantable neuromodulation therapies that are opening new possibilities in the rapidly evolving field.
Karla Sanchez explores the rapidly evolving field of dementia care, examining both the current landscape and emerging technologies that empower patients to stay independent for longer.
Discover how healthcare innovation can bridge the nursing knowledge gap in wound, ostomy, and continence care, from the perspective of Erik Andersen, an Insights Research Associate at CDP and practicing ICU nurse.
Pace is accelerating for tackling neurodegenerative diseases. In this article, Biomedical Engineers Alejandra and Karla focus on two areas of progress: how treatments have moved on and hope for the future.
Karla explores the challenges our brains experience in space and how mathematical modelling can help us understand and overcome these.
A revolutionary gastrointestinal robotic platform – based around a Smart Pill – that can take samples from predetermined locations in the gastrointestinal tract. This technology has applications in R&D for drug delivery systems through active location analysis, diagnosis and sampling within the gastrointestinal tract and enabling gastrointestinal delivery of proteins and peptides.
In an intense disaster or battlefield scenario, correctly identifying which victim to treat first can be a matter of life or death, so we created a specialised wearable monitor. The device won the prestigious ‘Best of the Best’ Red Dot award.
We were asked to develop a new cryoablation technology in this crowded IP space. Our scientists and engineers started from first principles and were able to create a new patented system that enabled the office-based treatment of breast cancer.