Multiple vendors, multiple dashboards, multiple points of failure. Endoscopy has a consolidation problem — and it is costing us more than we think.
I want to start with a question that I am asked, in some form, almost every week. It comes from endoscopy managers in busy NHS trusts, from clinical leads at independent hospitals, from decontamination specialists trying to hold a compliant audit trail together across two or three separate platforms. The question is always a variation of the same thing: is it normal to be running this many systems just to get a patient through a list?
The honest answer is: yes, it has become BAU. And that normalisation is, I think, one of the most expensive mistakes the endoscopy sector — NHS and independent alike — has made in the past decade.
As the Commercial Director at Aexis Medical, I want to be transparent about my position: we built XLine, a platform designed specifically to address this problem. But the argument I am making here is not primarily a commercial one. It is an operational one. The fragmentation of endoscopy IT is a patient safety risk dressed up as an administrative inconvenience, and the sector has been too slow to call it that.
“The fragmentation of endoscopy IT is a patient safety risk dressed up as an administrative inconvenience.”
Consider what a typical endoscopy unit — in an NHS trust or a private hospital — is actually managing on any given day: There is a scheduling or PAS system for bookings; A separate platform for endoscopy reporting and procedure documentation (not likely NEDi2 compliant without additional cost); A standalone decontamination tracker for machine cycles and scope traceability (possibly paper-based for certain scope types or small units); An image capture solution that may or may not be linked to the patient record (often locking in the scope manufacturer); And, in many units, a spreadsheet or whiteboard acting as the real-time coordinator of all of the above.
Each of these point systems was acquired to solve a specific problem. Each, in isolation, probably does that reasonably well, but together they create something that no one designed and no one is responsible for: a fragmented operational environment in which the same patient data is entered multiple times, the same scope travels between systems and departments that cannot see each other, and the audit trail that HTM 01-06 requires is something that gets reconstructed the night before an inspection rather than generated automatically as care is delivered.
The compliance consequences of this are stark. A 2023 review of NHS reprocessing practices found that manual decontamination tracking methods achieved just 1.4% compliance with decontamination guidelines. Semi-automated, integrated systems in the same review achieved 75.4%. That is not a marginal difference. For a decontamination professional, that gap represents the difference between a defensible traceability record and one that would not survive a serious incident investigation.[1] HTM 01-06 is unambiguous: every provider, NHS or independent, must maintain an effective traceability system for every flexible endoscope.[2]
“Private providers are often ahead on facilities, but smaller community-based services are not always ahead on the digital infrastructure that makes those facilities safe and auditable.”
And yet I regularly speak with private hospital groups that have invested substantially in their procedure rooms and their scopes but are still running elements of their decontamination traceability on paper or on a system that has no live connection to the patient status. The independent sector is often ahead of the NHS on facilities and equipment. However, smaller community-based services in particular are not always ahead on the digital infrastructure that makes these facilities safe and auditable due to the cost of implementing and running multiple IT systems.
The throughput argument is equally real on both sides of the sector. Peer-reviewed quality improvement research has documented a median non-procedure time of 19 minutes between endoscopy cases — with over 80% of delays being Endoscopist-related and incomplete consent documentation found in a significant proportion of all delays, suggesting unmeasured workflow and visibility gaps.
For an endoscopy unit under waiting list pressure, that lost time is measured in patients who do not get seen. Furthermore, it is measured in lists that run over and clinical staff whose time is worth considerably more than the administrative task of hunting for a document that should have been pre-populated automatically.[3]
The nursing workforce dimension matters too. A 2024 time-and-motion study in an NHS endoscopy setting found that digitising image capture alone — a single component of the broader workflow — saved the equivalent of 26 nurse working days per year in one department and significantly improved morale. At a time when both NHS and independent providers are competing for the same pool of experienced endoscopy nurses, releasing that capacity is not a nice-to-have. It is a retention and recruitment argument.[4]
What I want to challenge is the assumption, which I encounter more often than I should, that system consolidation is a large, risky, capital-intensive project. In our experience working with over 200 public and private provider implementations across the UK and Europe, the units that have moved most successfully have done so incrementally — starting with decontamination traceability and scheduling and building from that foundation to consolidate more of their day-to-day workflow under a single platform.
The first thing that consolidation delivers is not a new feature. It is the removal of a burden.
The first thing that consolidation delivers is not a new feature. It is the removal of a burden: the burden of training staff on multiple systems, of reconciling multiple data sources, of explaining to a CQC inspector or JAG auditor why your HTM 01-06 audit trail lives in three different places. When data entered once flows to every downstream process — from pre-assessment to procedure documentation to decontamination record to image archive — that overhead disappears. What replaces it is a single, coherent operational picture that both clinical and management teams can actually use. That real-time visibility matters.
When a decontamination technician and clinician can see the same live procedure list, they can sequence reprocessing and patient flow respectively to match it. For example, when a nurse coordinator can see that three patients are simultaneously in recovery, they can pre-empt the bottleneck. When a service manager — NHS or independent — can see list utilisation, DNA patterns, and scope availability in one dashboard, they can make decisions on the basis of what is actually happening rather than what the end-of-month report eventually tells them. Published evidence supports this: digital scheduling platforms have reduced DNA rates by more than 17% in NHS settings, with direct, measurable impact on list utilisation.[5]
None of this is exclusive to the NHS, and none of it is exclusive to the independent sector. The operational pressures are different in character — one is driven by waiting list targets, staffing, and regulatory inspection cycles, the other by margin, throughput efficiency, and reputational risk. But the underlying problem is identical: Too many systems; Too many handover points; Too many opportunities for patient safety to fall through the gap.
The endoscopy units I have seen operate most effectively — in both sectors — share a single characteristic. Not the newest equipment, not the most experienced staff, though both matter, but a single, connected platform through which every member of the team — clinical, decontamination, administrative — sees the same real-time picture. When that exists, the list runs.
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