Capital equipment rarely fails on the bench. It fails between the loading dock and the receiving bay, and the damage pattern is predictable: a gantry shifted by a single hard stop, a detector panel cracked by a pallet that flexed, a connector sheared because the gantry was restrained by its own cables. For a buyer, the packing method is not a logistics detail handed to a forwarder at the end of a deal; it is a specification that has to be agreed while the equipment is still in the room it is being removed from. This guide sets out what the packing and crating process has to produce, who owns each step and where it usually breaks.

What This Process Has to Produce

The output is a transport-ready package that can survive a defined journey, plus the paperwork that lets a carrier, a customs authority and a receiving facility accept it. That means three separate results: the equipment is restrained so that normal transport loads cannot move it relative to the crate, the environment inside the crate is controlled to whatever the manufacturer’s transport instructions require, and the documentation describes exactly what is inside and how it was secured.

A buyer who can only see a photograph should still be able to answer four questions: what restraints hold the moving parts, what indicators prove the crate was not mishandled, what the packaging is made of and whether that material is acceptable in the destination country, and what the packing list says about accessories, consumables and separately packed items.

Who Owns Each Step

Packing ownership is split between the party that knows the device and the party that knows the route, and the handover between them is where instructions get lost. The seller owns access to the manufacturer’s transport instructions and any original crate that should be reused. The rigging or packing contractor owns execution and the photographic record. The forwarder owns route selection, the mode of transport and the carrier’s handling requirements. The buyer owns the destination-side constraints: door dimensions, floor loading, crane availability and the time window in which the crate can be opened.

Where a device is being decommissioned from an operating facility, a fourth party is involved, because the clinical or biomedical team that takes it out of service also has to confirm that the unit is decontaminated before it is packed. Once a gantry or a fluid path is inside a closed crate, verifying that work becomes impractical, and the packing record then becomes the only source of assurance. Buyers should therefore treat the decontamination statement and the packing plan as a single approval gate rather than two independent documents.

The Sequence and Its Dependencies

The order of operations is dictated by what becomes inaccessible at each step, so compressing the sequence creates rework rather than saving time. The most common mistake is to select the crate before the route is known, which produces a case that fits the equipment but not the aircraft or the doorway at the far end.

1. Route and mode confirmation: the forwarder confirms transport mode, number of handling stages and any transhipment, because each stage adds a lift. 2. Manufacturer instruction review: the transport section of the manufacturer’s documentation sets out restraint points, acceptable orientations and environmental limits, and it remains the final authority on how the unit should be secured. 3. Site survey at both ends: access, door widths, floor loading, lift capacity and any requirement for a crane or a ramp. 4. Decontamination and cleaning: completed and documented before the crate is closed. 5. Partial disassembly and restraint: moving parts locked or blocked, sub-assemblies removed and packed separately where the instructions require it. 6. Crate build, packing and indicator fitment: indicators recorded and photographs taken at each layer. 7. Documentation assembly and carrier tender: packing list, transport documentation and the decontamination statement travel with the consignment. 8. Receiving, unpacking and inspection: indicators read and the photographic record compared against the delivered condition before acceptance testing starts.

The dependency that surprises buyers most often is the last one. Acceptance testing is only meaningful if the unpacking inspection is documented first, because otherwise there is no way to separate a fault that arrived with the equipment from one caused after delivery.

Documents Generated Along the Way

Each document in the packing chain answers a question that will be asked later by someone who was not present. Customs asks what the goods are. The carrier asks how they are secured. The receiving facility asks whether the packaging introduces its own handling hazards. The equipment file asks whether the condition on arrival can be compared with the condition on dispatch.

Where the Process Usually Breaks

The same six failures account for most freight damage and most admission delays, and each of them is visible before the crate leaves the dock if somebody is looking for it. A buyer who receives a packing plan should be able to find all six points addressed, and a seller who cannot answer them should expect the buyer to push the cost of risk back into the price.

• The manufacturer’s transport instructions are never consulted, so restraint points are chosen by eye and orientation limits are ignored.
• The original crate is discarded or not reusable, and the replacement is built to a generic specification rather than to the equipment’s mass distribution.
• Moving parts are restrained by their own cables or tubing instead of by blocks or brackets, transferring load into connectors.
• Indicators are fitted after the crate is closed, or fitted but not recorded, leaving no baseline when a claim is made.
• Wood packaging is not marked to the destination market’s requirements, so the consignment is held or fumigated on arrival.
• Accessories, power units and consumables are packed loose in the crate void, where they move freely and become projectiles if the crate is tilted.

Handling Exceptions and Partial Failures

Exceptions are routine in pre-owned trade, and the useful question is whether the exception is disclosed and priced rather than whether it can be avoided. Equipment that has been stored in an uncontrolled environment often cannot be packed to the original specification because corrosion or contamination has already changed its condition, and that finding belongs in the packing record rather than being discovered on arrival.

Where the original crate is unavailable, the substitute should be documented as a deviation with its structural basis, and the buyer should consider whether the reduced protection justifies additional transit insurance or a different mode. Where a unit cannot be tilted or rotated, that constraint has to be written onto the crate, because a handling instruction that exists only in an email will not travel with the consignment. Where the shipment includes single-use items such as probes, trocars, tubing sets or oxygenator membranes, confirm the labelling and any applicable reprocessing or import rules for the destination market before packing; responsibility for that confirmation sits with the buyer, and items whose status cannot be evidenced should be excluded from the crate rather than shipped and resolved later.

What to Record for Audit and Resale

The packing record has a second life, because the same photographs and indicator logs that support a damage claim also support a resale, an insurance renewal and an internal audit of how assets were moved. Facilities that move capital equipment regularly tend to keep a standard package rather than inventing one per shipment, which makes comparison between shipments possible and reduces the argument about whether a damage pattern is new.

Retain the packing plan, the crate specification, the pre-close photographs, the indicator log, the packing list and the unpacking record under the asset identifier. Record the weights and dimensions as they were measured rather than as they were catalogued, because a discrepancy between a stated weight and a weighed crate is enough to disrupt a load plan. Keep the transport documentation with the equipment file rather than the shipping file, so that the next buyer can see how the unit was previously moved. Buyers comparing a documented consignment with an undocumented one can review the knowledge hub for the wider documentation set, see how condition and packing information is presented on listings in the marketplace store, or work through the cross-device logistics material collected in the industry hub.

Where a shipment crosses a border, the packing list becomes a customs document and the classification of each line item matters to the duty calculation. National trade portals such as trade.gov and the US Customs and Border Protection import guidance set out how goods are described and entered, while the World Customs Organization’s Revised Kyoto Convention explains the simplification and harmonisation framework that most national procedures are built on. Where packaging or residues fall under waste rules, the Basel Convention framework and national programmes such as the EPA hazardous waste rules determine what may be moved and how it must be described. Device-level expectations for safe use across the lifecycle are summarised by the WHO medical devices programme, and servicing expectations that affect how a unit is prepared for transport are set out by AAMI’s medical device servicing material.