Most large-equipment projects fail at the doorway rather than in the scanning room. A unit that meets its specification, arrives on schedule and passes acceptance testing can still sit on a truck for three days because the corridor turn was measured at floor level, the lift capacity was assumed rather than verified, or the floor loading in the destination room was never checked against the manufacturer’s siting requirements. For procurement and facilities teams, rigging and access planning is a design input with a long lead time, not a task to be arranged once the equipment has been ordered. This guide sets out what the process has to produce, who owns each step and where it usually breaks.

What This Process Has to Produce

The output is a documented, agreed plan for moving a specific unit from the delivery vehicle to its installed position, including every route, lift and change of level, plus the evidence that the destination is capable of receiving it. That means three results: a verified access route, a lifting plan built on the unit’s own mass and handling points, and a destination confirmation covering floor loading, services and clearances.

Each of those results is a document rather than an agreement in principle. A route that has been walked and measured produces a survey sheet with dimensions and photographs. A lifting plan produces a method statement naming equipment, capacities and the points on the unit that may be used. A destination confirmation produces a siting check against the manufacturer’s installation requirements for that model.

Who Owns Each Step

Rigging projects fail when the parties each assume somebody else has checked a constraint. The seller or dealer owns the equipment’s physical data: mass, dimensions, centre of gravity, lifting points and any handling restrictions stated by the manufacturer. The rigging contractor owns the method, the equipment selection and the execution, and carries the technical responsibility for the lift. The buyer owns the destination, which means the measured route, the floor loading verification, the services and the access permissions.

Where a facility has an estates or facilities function, the boundary between clinical and estates responsibility needs to be written down, because the room belongs to one and the equipment to the other. Where the equipment comes out of another site, the seller’s decommissioning team owns the extraction route at the origin end, and that route deserves the same survey treatment as the destination. In each case the equipment’s suitability for installation remains a matter for biomedical engineering, while the clinical readiness of the room stays with the clinical team.

The party that is most often assumed rather than named is the one carrying insurance for the lift. Rigging is a high-consequence activity, and the method statement should identify who is insured for what, including the period during which the equipment is suspended. Buyers who arrange their own rigging should confirm that the contractor’s cover responds to the value of the unit being lifted, because a standard contractor policy may not extend to a seven-figure imaging system. Where the seller arranges delivery to the door and the buyer arranges rigging from the door, the handover point must be described physically rather than as ”on site”, and both insurer positions should be confirmed against that description.

The Sequence and Its Dependencies

The sequence runs from measurement to rehearsal to execution, and its dependencies are unforgiving because each step consumes information the previous one produced. Skipping the survey means designing a lift against an assumption; skipping the destination confirmation means discovering a floor loading problem after the unit has been placed.

1. Equipment data collection: obtain dimensions, mass, lifting points and handling restrictions from the manufacturer’s documentation for the specific model. 2. Origin and destination surveys: measure doors, corridors, turns, lifts, ramps and floor surfaces, and record floor loading against the siting requirement. 3. Route selection and fallback: identify the primary route and at least one alternative, including any external access such as a removable window. 4. Method statement and risk assessment: name the lifting equipment, the rigging configuration, the personnel and the exclusion zones. 5. Permits and notifications: arrange access permissions, parking or road closures, and any building works such as removing a panel or a door. 6. Dry run: walk the route with the rigging team and test the critical transitions before the equipment arrives. 7. Delivery and installation: execute the lift, position the unit and complete the mechanical installation. 8. Handover to commissioning: record the installed position and condition, then hand over to the commissioning and acceptance process.

The dependency that catches most projects is the dry run. Testing a door transition with a mock frame costs an afternoon; discovering that the transition does not work with a loaded crate costs a rescheduled crane and a redelivery.

A second dependency is time of day. Some routes are only viable outside operating hours, because a corridor is in clinical use during the day or a lift is required by patients. That constraint belongs in the plan as a scheduling input and not as an improvisation on the morning of delivery, because it determines staffing, permits and sometimes the date itself. Where a route requires a temporary closure, the notification period may be measured in weeks, which means the access plan has to be settled long before the equipment is shipped.

Documents Generated Along the Way

Each document in this chain has a reader who was not present at the site, which is why written records matter more than shared understanding. The method statement is read by an insurer, the survey sheet is read by a facilities manager approving a wall removal, and the handover record is read by whoever diagnoses a fault a year later.

Where the Process Usually Breaks

Six failures account for most delayed installations, and all of them are avoidable with a survey that is taken seriously. The pattern is consistent enough that a project manager can use the list as a checklist before the equipment is ordered rather than after it lands.

• Access is measured at floor level while the constraint is overhead, such as a pipe run, a door head or a false ceiling grid.
• Lift capacity is checked against its rated load without accounting for the weight of the crate, the pallet truck or the rigging tackle.
• Floor loading is assessed against the equipment’s operating weight while the installation task itself imposes a higher point load.
• The route is assumed to be the same in both directions, when the removal of a door frame is feasible on arrival but not on removal.
• Rigging responsibility is left to whoever is present on the day, so nobody has designed the lift before it happens.
• The destination room is treated as ready because it is empty, without confirming that the services, clearances and environmental conditions match the manufacturer’s installation requirements.

Handling Exceptions and Partial Failures

Exceptions are normal on refurbishment projects, where the equipment is new but the building is not. The useful discipline is to record the deviation and its consequence rather than to improvise around it, because an improvised route that works once often cannot be repeated for the maintenance access the equipment will need for the rest of its life.

Where the primary route cannot be used, the fallback has to be realistic rather than theoretical: a window removal is a fallback only if the window can be removed, the opening can be protected and the lift can reach it. Where floor loading cannot be confirmed to the level the manufacturer’s siting documentation requires, the buyer should obtain an engineering assessment rather than accept a rule of thumb. Where a unit has to be partially disassembled to pass a constraint, the reassembly and realignment work belongs in the plan and in the acceptance test schedule, and the manufacturer’s documentation remains the authority on what may be dismantled and what must be re-verified afterwards. If the shipment also contains single-use items such as probes or sterile sets, the buyer remains responsible for confirming legality, labelling and reprocessing status in their own market, and those items should stay sealed until the installation is complete.

What to Record for Audit and Resale

The rigging record is also an equipment record, because it documents the first physical insult the unit experienced after it left the seller. Retaining it protects the buyer in a warranty or insurance discussion and protects the seller in a dispute about condition on arrival.

Keep the equipment handling data, the access survey, the method statement, the dry-run record, the installation handover record and the photographs taken on the day. Note the installed position and any deviation from the manufacturer’s recommended siting, because a later move will need the same analysis and a later service engineer will need to know what was altered. Record the condition of the equipment as it arrived, before any panel was removed, so that a pre-existing defect can be distinguished from one introduced during installation.

Buyers who want the wider picture can start at the knowledge hub, compare how equipment is presented and described on the marketplace store, or use the cross-device material in the industry hub. Our installation and commissioning checklist for capital equipment picks up where the delivery plan ends. For safety expectations around the physical handling of equipment, national guidance such as the HSE health services material and the manual handling guidance illustrates how one market frames employer duties, while the AAMI medical device servicing material covers the servicing context the installed unit enters. Where the equipment carries batteries or is subject to carriage rules, the FAA hazardous materials guidance and the International Maritime Organization framework are the reference points for the journey that precedes the lift.