MEDICAL AR HEADSET
MEDICAL AR HEADSET
AUGMENTED REALITY HEADSET FOR SURGERY
RESEARCH . INDUSTRIAL DESIGN . MECHANICAL ENGINEERING . PROTOTYPING
Exploring How Augmented Reality Can Revolutionise Surgery
As the cutting edge of science starts to merge with the digital world, our latest collaboration with Imperial College London took us on a deep dive exploration into the future of a medical AR headset. To discover how augmented reality (AR) and virtual reality (VR) could advance surgical techniques in the not-too-distant future.
To not only imagine the possibilities for a medical AR headset that could deliver real impact in a surgical setting but to define actionable insights and create the framework for a fully functioning device.
We researched, conceptualised, and designed a headset that brings augmented reality into the Operating Room. All whilst considering usability as well as the interaction between technology and healthcare professionals.
The result was a lightweight, sleek, and comfortable headset which provide a hands free, immersive experience for the surgeon.
User Focused Design
A design that pays close attention to fit and comfort and seamlessly integrates with surgical protective equipment (PPE) and operating protocols. The headset provides clear, real-time images displayed directly in the surgeons’ line of sight to avoid distraction caused by attention drift which occurs when you change your attention viewpoint.
Real Time Data
The medical AR headset provides an immersive experience for the surgeon. 3D CT scans of patients can be seamlessly overlaid during surgery, enhancing the understanding of the patient’s anatomy. This enables the surgeon to see inside the patient before even making an incision, reducing risk, improving accuracy and increasing patient success rates.
The Future of Medical AR
The future of medical AR in a clinical environment is beyond exciting. Correctly applied it has the potential to democratise surgical training, improve the surgeons’ technical capabilities and accuracy, and reduce the number and size of incisions. Additionally, patients may spend less time under anaesthetic resulting in fewer scans, reduced radiation. Access to real time patient-specific anatomy gives patients the benefit of tailored procedures.
Want help designing an AR product? Looking to develop a new medical device? Get in touch and we can design the future together.
