First NHS Patient Undergoes Sentire Robot Surgery in Essex 2026

Key Points

• First Patient Treated: Adesewa Olaleye, a 40-year-old healthcare assistant from Dagenham, has become the first patient to undergo surgical treatment utilizing the new Sentire surgical robot at Barking, Havering and Redbridge University Hospitals NHS Trust (BHRUT).
• Procedure Details: Ms Olaleye underwent a successful cholecystectomy (gallbladder removal) following a six-month wait after a scan in February diagnosed her with gallbladder stones, concluding a year-long period of digestive issues and persistent vomiting.
• Dual Robot Deployment: BHRUT has acquired two Sentire surgical systems through a commercial partnership with Cornerstone Robotics, making it one of the first NHS trusts nationwide to deploy the technology. One robot is stationed at King George Hospital in Ilford, while the second is based at Queen’s Hospital in Romford.
• Clinical Advantages: The introduction of robotic-assisted surgery utilizes minimally invasive techniques engineered to cut hospital stays, decrease post-operative complication risks, enable faster patient recovery times, and broaden surgeon flexibility across complex and high-volume operations.
• Cost-Effective Partnership: Through the strategic agreement with manufacturer Cornerstone Robotics, BHRUT implemented the two Sentire robotic systems at minimal upfront capital expense, paying solely for the operational instruments utilized during surgical procedures rather than purchasing the core robotic consoles.

Dagenham (East London Times) October 3, 2026 — As reported by Jo Barnes, Community Content Editor for the Romford Recorder, and corroborated by official announcements from Barking, Havering and Redbridge University Hospitals NHS Trust (BHRUT), a 40-year-old healthcare assistant named Adesewa Olaleye from Dagenham has successfully become the first patient to undergo surgical intervention using the newly installed Sentire surgical robot at BHRUT. Ms Olaleye underwent a cholecystectomy procedure to remove her gallbladder. The deployment follows a landmark commercial partnership between BHRUT and medical equipment developer Cornerstone Robotics, which has enabled the installation of two Sentire robotic units across the trust’s clinical locations, making BHRUT one of the early adopters of this specific state-of-the-art surgical technology within the National Health Service.

What were the details of the first surgical procedure using the Sentire robot?

According to reporting published by Jo Barnes in the Romford Recorder, patient Adesewa Olaleye—a mother of two who serves as a healthcare assistant within the BHRUT healthcare network—had been enduring persistent digestive troubles and bouts of vomiting over the past year prior to her operation. Ms Olaleye revealed the personal timeline leading up to her pioneering procedure, stating,

“I waited around six months for my surgery after a scan in February found stones in my gallbladder. I was so happy when I received the call. Everything was explained to me about my operation. I was on top of the world when they told me I would be the first, and my family were really impressed. The team took really good care of me and I’m feeling well now.”

The procedure marks the operational debut of the Sentire system within the trust’s elective care framework. One robotic unit has been integrated into the Elective Surgical Hub situated at King George Hospital in Goodmayes, Ilford, while the second unit has been commissioned at Queen’s Hospital in Romford.

How does the clinical leadership view the integration of the Sentire system?

As documented in official media releases published by the communications department at Barking, Havering and Redbridge University Hospitals NHS Trust, Niroo Rajendran, who serves as the clinical lead for robotic surgery across the trust, highlighted the broader operational and clinical significance of the newly acquired machinery. Speaking on the trust’s operational update, Niroo Rajendran stated that

“This is a milestone achievement for our trust. Over the last decade, we’ve expanded our use of robotic surgery, bringing this high-precision surgery to more patients. Robotic-assisted surgery uses minimally invasive techniques which can reduce length of stay and the risk of post-operative complications, while helping patients recover more quickly. It also gives our clinicians greater flexibility to select the technology best suited to each patient and procedure.”

How did BHRUT acquire the Sentire systems at minimal cost to the NHS?

According to details outlined directly by BHRUT’s public affairs team, the dual installation of the Sentire surgical robots was structured via a specialized commercial arrangement with Cornerstone Robotics designed to protect public healthcare funds. Rather than purchasing the hardware systems outright via heavy capital investment, BHRUT acquired the systems at minimal expense by agreeing to pay strictly for the consumable surgical instruments required during individual patient operations, rather than paying for the capital costs of the primary robotic consoles themselves.

The trust plans to utilize the two Sentire robotic consoles across a wide spectrum of surgical sub-specialties. While the primary systems are slated for complex abdominal, pelvic, and cancer operations, BHRUT confirmed that the technology will also be leveraged to increase throughput for high-volume, lower-complexity elective procedures. This dual usage strategy is focused on expediting patient throughput and shortening waiting list durations across East London and Essex catchment regions.

Background of the particular development

The adoption of the Sentire robotic platform by Barking, Havering and Redbridge University Hospitals NHS Trust represents the latest phase in a decade-long strategic expansion of minimally invasive and technology-assisted care within the NHS. BHRUT serves a diverse demographic across the London Boroughs of Barking and Dagenham, Havering, and Redbridge, alongside parts of south-west Essex, maintaining healthcare responsibility for over 750,000 residents. Over recent years, regional health authorities have faced sustained pressure to clear backlog figures for routine elective procedures—such as cholecystectomies, hernia repairs, and gynaecological interventions—that accumulated rapidly during national health emergencies and logistical bottlenecks.

Robotic-assisted surgery (RAS) has evolved from an expensive niche tool reserved for specialized tertiary centers into an operational necessity for regional hospital trusts seeking to optimize bed occupancy. Systems like Sentire provide surgical teams with multi-articulating wrist instruments, high-definition 3D visualization, and algorithmic tremor-filtration technology, allowing complex internal manipulation through keyhole incisions under 10 millimeters.

Historically, the procurement of robotic surgical platforms was hindered by high capital barrier costs, with single console units frequently demanding significant expenditure prior to installation, alongside expensive mandatory maintenance contracts. BHRUT’s utilization of an instrument-pay model alongside Cornerstone Robotics signifies a shift in NHS procurement strategy, enabling acute hospital trusts to access state-of-the-art robotic infrastructure without diverting capital budgets from other core infrastructure projects.

Prediction: How this development can affect the local population and regional NHS services

The operational launch of the two Sentire surgical robots across King George Hospital and Queen’s Hospital is projected to exert a direct, measurable influence on patients, clinical staff, and regional NHS performance metrics.

For patients within the BHRUT service area, the primary effect will be a reduction in elective surgery waiting times. By routing high-volume, routine procedures like gallbladder removals into robotic-assisted elective workflows, surgical teams can achieve greater procedural predictability and reduced intraoperative turnaround times. Because minimally invasive robotic techniques cause less tissue trauma compared to traditional open or laparoscopic methods, post-operative pain is typically reduced, allowing a higher percentage of patients to be discharged on the same day as their procedure or after a brief overnight stay. Lower complication rates and fewer post-operative hospital readmissions will, in turn, alleviate immediate pressure on acute inpatient ward beds.

For clinical professionals and hospital administrators, the procurement model established with Cornerstone Robotics provides a template for expanding technological capacity during periods of strict financial oversight. Equipping surgical teams with advanced platforms enhances recruitment and retention among specialized surgical personnel, who increasingly prioritize working in institutions outfitted with modern technology.

If BHRUT successfully demonstrates that deploying the Sentire system across both high-complexity oncological cases and routine elective procedures reduces overall cost-per-patient while compressing waiting lists, neighboring NHS trusts across London and the wider UK are likely to replicate the operational model. Consequently, local communities can expect broader access to robotic care, shorter hospital admissions, and faster overall recovery periods following routine surgical interventions.