Installing a new CT scanner should be straightforward — the vendor delivers, connects, and commissions the system. In practice, we see installations delayed by weeks because fundamental site readiness issues were not addressed early enough. Inadequate floor reinforcement, incorrect door dimensions, insufficient cooling capacity, or shielding that does not match the scanner's peak kilovoltage are among the most frequent causes of project overruns we encounter across hospital projects worldwide.
Our site readiness methodology starts with a detailed review of the manufacturer's installation manual against the as-built construction drawings. We verify floor load ratings, ceiling height for gantry rotation, cable trench routing, and radiation shielding calculations that account for the specific scanner model and expected workload. We also assess workflow design — patient access, control room sightlines, and injector placement — because a technically correct installation can still fail operationally if clinical staff cannot work efficiently.
Coordination between the hospital's civil contractors, MEP engineers, IT department, and the CT vendor is another critical success factor. We establish a responsibility matrix and integrated timeline so that each party knows exactly what must be complete before the next phase begins. When we manage this coordination, vendor standby charges — which can exceed thousands of pounds per day — are minimised, and the hospital avoids the reputational impact of a publicly visible project delay.
Whether you are installing a replacement scanner in an existing suite or building a new imaging department, we recommend a pre-installation audit at least eight weeks before the scheduled delivery date. This gives sufficient time to address any gaps without compressing the commissioning window. The modest investment in early oversight consistently saves far more in avoided rework and accelerated clinical go-live.