More Power To You

Our next-generation robot Versius was designed to give more power to you to make the benefits of minimally invasive surgery available to more of your patients.

Every day, you set out to achieve the best outcomes for your patients. We want to give you more power to do what you do best.

Find out more about how Versius can provide more power to you

Nidhi Singh
“I have been able to do a lot of keyhole surgery for women who would have otherwise had open surgery by being able to use the Versius surgical robot….”
Nidhi Singh
Consultant Gynaecologist,
Milton Keynes University Hospital
More Power
to perform complex procedures

Versius gives you accuracy and dexterity with its fully wristed instruments, direct hand-to-instrument mapping and 3D vision. So you have the power to perform more complex procedural steps and entire procedures with a minimal access approach — whether fully robotic or using a combination of robotic and manual laparoscopic techniques.

Perform complex procedures
Operate with comfort
More Power
to operate with comfort

Research has found that the leading causes of surgeon discomfort during MAS are awkward positions or movements, and prolonged periods of standing.1

Versius has an open console which allows you to sit or stand in an ergonomic position during surgery. This gives you power over how you work and to help reduce the physical impact of surgery.

More Power
over port placement

Versius has a modular design that gives you freedom of port placement to best suit the needs of your patient; enabling you to think laparoscopically, and act robotically.

Port placement
Maximise utilisation
More Power
to maximise utilisation

With a footprint of just 38cm x 38cm per bed side unit, Versius can fit into virtually any operating room and be set up in a matter of minutes. This gives hospitals the power to move Versius to where it needs to be, whenever it needs to be there.

1. Morton, J., Stewart, G.D. The burden of performing minimal access surgery: ergonomics survey results from 462 surgeons across Germany, the UK and the USA. J Robotic Surg (2022).
https://doi.org/10.1007/s11701-021-01358-6