Extended Reality (XR) for the Healthcare Industry

Improve paramedical care

The problem

Paramedics deliver urgent care on the frontline. Their expertise and quick thinking saves countless lives every year.

However, when specialist intervention is needed, paramedics are constrained by time and geography. Patients must be transported to hospital, fast – often from remote or hard-to-access locations.

The solution

Make specialist care available on demand. Using assisted reality (aR) devices like smart glasses, paramedics can stream high-quality PoV video in real time. This allows doctors to assess the situation and provide expert guidance from any location and any web-enabled device.

Calls can be set up in seconds, so paramedics can access specialist advice even in time-critical situations.

Expert guidance

Deliver expert guidance via real-time voice and video link.

Eliminate skill gaps

Eliminate skills gaps – access medical specialisms on demand.

Safety

Maintain focus and safety with lightweight, distraction-free wearables.

Save lives

Save lives by administering critical care more quickly and effectively.

The solution

Create interactive experiences that feel powerful and real. By using mixed reality in healthcare education, students can experience surgical and first-aid scenarios as if they were happening before their eyes. It's all thanks to some very clever technology, which allows for virtual elements to be integrated seamlessly into real-world learning environments.

With the help of our devices, you can unlock learning opportunities across a wide range of disciplines – from first aid, to surgery, to disaster management.

Bespoke experiences

Deliver bespoke experiences that cover any eventuality.

Cost saving

Save cash by ditching expensive, single-purpose training equipment.

Learning opportunities

Introduce practical, on-the-job learning opportunities without risk.

Virtual testing environment

Make adjustments on the fly to test and challenge students.

Streamline remote observation and guidance

The solution

Let doctors dial in to any situation, instantly. Frontline workers wear assisted reality video headsets, which allow specialists to assess and advise from a remote location. This means assessments can be carried out quickly and efficiently, without the need for costly, time-consuming travel.

The technology opens up powerful training opportunities too. It allows junior doctors and nurses to access expert guidance from specialists who might be miles away, or even in a different country.

Expertise for all

Make expertise available to all, without the need for travel or recruitment.

Cut waiting times, boost productivity

Cut patient waiting times while boosting productivity and wellbeing among staff.

Training from anywhere

Deliver top-of-the-line care and training from any location.

Maintain safety standards

Maintain safety standards with comfortable, distraction-free wearables.

Simplify pre-surgery analysis

The solution

Empower surgeons to assess and practice operations without risk. Equipped with virtual or augmented reality headsets, surgeons can explore realistic 3D visualisations of patients' organs. By determining the best operative route before surgery begins, surgeons can boost efficiency and improve patient outcomes.

Medical aids

Root out unexpected complications before they happen.

Intuitive

Get started immediately with intuitive, easy-to-wear VR headsets.

Cut costs, greater efficiency

Deliver first-class surgical treatment with lower costs and better efficiency.

Reduce stress with technology

Reduce stress for surgical staff.

These assisted and augmented reality medical devices have hundreds of potential uses, ranging from training in university environments to time-critical collaboration in frontline care.

Assisted reality headsets connect wearers with remote users via voice and video link. They're ideal for delivering training and advice, and feature distraction-free displays so users maintain total awareness of their environment.

Augmented (or mixed) reality glasses allow for virtual elements to inhabit real-world environments. This opens up exciting opportunities for multi-user training sessions and pre-surgical assessments.