The robots are coming
The trust is welcoming a new era of surgery with the arrival of cutting-edge robotic technology.
The trust has taken delivery of two state-of-the-art Intuitive Da Vinci surgical robots, which will be based at Ealing Hospital and Northwick Park Hospital, expanding access to advanced, minimally invasive surgery for thousands of patients.
A third robotic platform is already in use at Central Middlesex Hospital, supporting specialist colorectal procedures.
Surgeons and theatre teams are already training on the new technology with the first robotic procedures taking place later this month.
This marks a major milestone in transforming surgical care, improving patient outcomes, and positioning LNWH at the forefront of NHS innovation.
Oscar Smyth, Senior Transformation Lead, said: “We are planning to convert more than 700 procedures per year to robotic-assisted surgery across both sites by the end of next year, supporting the NHS's national ambition to significantly expand the use of robotic surgery as part of improving outcomes, productivity, and patient experience.”
“The model has been designed to maximise both clinical and operational benefit, with Ealing Hospital focusing on high-volume, lower complexity procedures such as hernia repair and gallbladder surgery, while Northwick Park Hospital will deliver more complex cases across a wider specialty mix.”
“For patients, robotic-assisted surgery means more precise procedures, smaller incisions, reduced pain, and faster recovery times. This will lead to shorter hospital stays, fewer complications, and a quicker return to normal life, all while receiving the highest quality care closer to home.”
Viv Sathianathan, Divisional Medical Director for Surgery, added: “The response from our surgical teams has been overwhelmingly positive, with strong engagement from clinicians keen to develop robotic skills and be part of this transformational programme.
“Robotic-assisted surgery significantly enhances the surgeon's ability to operate, offering greater precision, improved range of motion, and high-definition 3D visualisation. It also allows surgeons to work in a more ergonomic and comfortable position, reducing physical strain and fatigue during complex procedures, ultimately supporting better performance and improved patient outcomes.”