Smallfry Designs Revolutionary Medical AR Headset
As the cutting edge of science starts to merge with the digital world, our latest project took us on a deep dive exploration into the future. To discover how augmented reality (AR) and virtual reality (VR) could advance surgical techniques in the not-too-distant future. Imagining the possibilities for a medical AR headset that could deliver real impact in a surgical setting but to also define actionable insights and create the framework for a fully functioning device.
The Challenge
To enhance, not detract from the intense complexity of surgical procedures and support more tailored and minimal surgeries to improve surgical outcome and reduce patient recovery time.
The Purpose
As global populations increase and people are living longer, the demand for medical intervention and surgical procedures increase. With up to 10M operations performed each year in the UK alone, a figure compounded by the fallout from two disruptive pandemic years. The wait time for elective treatment continues to extend. Increasing pressure on the health service and its staff, whilst dramatically reducing the quality of life for those impacted by delayed surgery.
By introducing new technology into a clinical environment, the aim is to enhance the technical capability of the surgeon. To reduce time on the operating table and improve surgical outcome which can only help lower costs, shorten patient recovery times and slash waiting lists.
The Result
A lightweight, sleek and intuitive headset design which provides an immersive experience for the surgeon. With patient 3D CT scans seamlessly overlaid during surgery, the surgeon can move in and out of AR to see inside the patient, all before even making the first incision.
Designed without compromise, this device truly understands the nature of its user and environment and has the power to support time critical decision making and improve lifesaving treatment.
The Technology
Correctly applied, a medical AR headset has the potential to democratise surgical training, improve the surgeon’s technical capabilities and accuracy, and reduce the number and size of incisions.
Patients would spend less time under anaesthetic, be subject to fewer scans and as such reduced radiation, and with access to real time patient specific anatomy, patients would benefit from enhanced tailored procedures.
How?
Innovation is not always about inventing something entirely new. Often, it is about connecting ideas, adapting proven solutions to new environments, and applying them in ways that create real value.
At its core, successful innovation puts people first – solving problems, improving outcomes, and enhancing the user or patient experience.
Designing for clinical environments brings a unique mix of opportunity and responsibility. Cleanliness and sterilisation must be paramount to reduce hospital-acquired infections. Reliability cannot be optional. And every decision, no matter how small, has the potential to make a life-changing difference.
That is what makes healthcare innovation so important, and so rewarding.
