Robotic assisted surgery success at Dewsbury and District Hospital

Dewsbury and District Hospital's brand new surgical robot, which arrived at Mid Yorkshire Teaching NHS Trust in early June, has successfully performed its first operation on a patient.

The robot was used to perform a laparoscopy to remove a section of the patients’ colon, as a treatment for bowel cancer, a procedure which takes around 3-4 hours.

Surgical team at Dewsbury and District Hospital Patient discharged from Dewsbury Hospital following robotic surgery

The da Vinci X robot is a state-of-the-art surgical system that uses advanced technology to provide enhanced precision and accuracy, which reduces the risk of complications and infections, whilst its minimally invasive approach results in smaller incisions and quicker recovery times for patients, allowing hospital staff to get through complex treatments more efficiently.

Steven Everson, the first patient to be treated by the new robot, said: “Robotic surgery makes the procedure more precise and accurate, so I’m all for any new technologies which can assist the medical team.

“I definitely feel like I’m in good hands with the team here at Dewsbury - bring it on.”

The da Vinci X will be the second and newest edition to the Trust’s suite of technological equipment, where robotic assisted surgery has already proven successful at Pinderfields Hospital, performing procedures in Urology, Gynaecology and Colorectal.

Hannah Welbourn, Colorectal Consultant leading on the procedure, said: “Robotic surgery has already shown huge improvements in patient care and recovery times.

“We have performed similar surgeries using the da Vinci X robot at Pinderfields Hospital, but it’s great to be able to offer more patients across the Kirklees area access to this pioneering technology.”

Keely Robson, Director of Operations for Surgery, Cancer and Access Booking & Choice, at Mid Yorkshire Teaching NHS Trust, said: “This surgery marks a significant milestone for Dewsbury Hospital. The robot allowed us to perform the procedure with greater precision and control, resulting in a better outcome for the patient.

“This is a fantastic achievement for our team and we are excited to continue exploring the capabilities of this technology and how it can benefit our patients."