Patients across England are experiencing a significant improvement in the speed of cancer diagnoses, with the introduction of one million additional scans made possible by the deployment of new scanners and innovative AI technology.
Data from NHS England reveals that between March 2024 and March 2026, the NHS has added 125 CT and MRI scanners to its facilities. This expansion has enhanced the capacity for healthcare professionals to detect cancer and other serious conditions at an earlier stage, facilitating more timely treatment for patients.
Record Diagnostic Activity and Reduced Waiting Times
As of 2026, each month has seen record levels of diagnostic activity within the NHS, with the diagnostic waiting list decreasing in three out of five months since April. Notably, waiting times for cancer treatments have improved since last year, and the overall waiting list for elective care has dropped by over 250,000 since July 2024.
CT and MRI scanners play a crucial role in diagnosing various types of cancer, including lung, brain, breast, and prostate cancer. The increase in the number of scanners allows for more patients to receive the necessary tests without prolonged waiting periods, thereby accelerating both diagnosis and subsequent treatment.
Commitment to Enhanced NHS Capacity
Karin Smyth, Minister of State for Health, emphasised the importance of timely diagnosis and treatment, especially for patients battling cancer and other severe conditions. In light of unprecedented demand, the government is committed to expanding NHS capacity while integrating advanced technology to ensure that more individuals can access the care and tests they require.
The recent addition of 125 scanners, along with the implementation of AI technology, is projected to facilitate around one million extra scans annually. The newly inaugurated Manchester and Trafford Community Diagnostic Centre (CDC) features modern facilities and state-of-the-art equipment, providing patients with quicker and more convenient access to essential diagnostic services within their communities.
AI Technology Revolutionising Diagnostic Services
In parallel with the expansion of scanning capabilities, AI-enhanced MRI technology is being adopted throughout the NHS. This advancement enables healthcare services to conduct, on average, 14% more scans while ensuring high image quality. Consequently, hospitals can create thousands more appointments, significantly reducing the time patients spend in scanners.
The £19.2 million Manchester and Trafford Community Diagnostic Centre, which officially opened on 29 October, aims to further enhance access to vital tests and scans, offering patients prompt and convenient care closer to home.
Improving Patient Experience and Outcomes
Professor Peter Johnson, the national clinical director for cancer at NHS England, highlighted the anxiety that often accompanies waiting for test results. By increasing access to scans and leveraging technology to expedite patient assessment, the NHS is making it easier for individuals to receive timely evaluations in a way that fits their schedules. Early detection of cancer expands treatment options and significantly improves the likelihood of positive outcomes for patients.
Of the 125 new machines installed since March 2024, 107 have been placed in community diagnostic centres, which performed nearly 2.2 million CT and MRI scans in the year leading up to March 2026—an increase of one million scans compared to the previous year.
Future Upgrades and Enhanced Capacity
AI acceleration software has been integrated into over half (54%) of the NHS’s compatible MRI scanners, resulting in faster scan times with less data required for high-quality imaging. This efficiency allows for a greater number of patients to be processed through each machine daily, ultimately increasing the number of MRI appointments available nationwide.
By 2029, every NHS trust will have the opportunity to upgrade compatible MRI scanners, which could yield an additional 162,000 checks annually. Dr Stephen Harden, President of the Royal College of Radiologists, underscored the rising demand for diagnostic scans and the necessity of having both the equipment and workforce in place to ensure efficient and safe patient care. The ongoing rollout of newer, AI-enabled scanners is a positive step towards achieving these goals.
In conclusion, the expansion of scanning technology and the integration of AI within the NHS are proving instrumental in enhancing diagnostic capacity, ultimately benefiting patients throughout England.