What to Prepare Before Shipping a Block Machine Overseas

What to prepare before shipping a block machine is settled long before the container is sealed: the transport mode, the packing and reinforcement plan, the crate markings, the document set, and the spare parts that travel with the machine. Getting these five items right prevents most arrival damage and most of the delay that happens at the destination.

The work starts with two facts you have to confirm yourself: the discharge point and the transport mode. Sea freight, road transport and a combined route each impose different limits on packing, lifting and documents. Confirm both before the machine leaves the production floor, because they decide how the crate is built and what goes inside it.

What has to be confirmed before anything is packed?

Four items decide the packing plan: the discharge point, the transport mode, the site access at destination, and the lifting equipment available at both ends. Site access decides whether the machine arrives assembled or has to be split into modules for the last part of the journey, and splitting always costs time on commissioning.

Then confirm the unloading capacity at the receiving end, because the lifting plan has to match it. A machine of 34 t cannot be lifted by a small forklift, and a QST1800 at 15,500 × 5,500 × 3,200 mm does not turn inside a narrow yard. Give us the discharge point, the transport mode and the unloading plan, and we will confirm the packing, the lifting points and the documentation set with the quote.

The packing class follows the machine class. A QST6-15 at 12 t, in a 9,450 × 3,300 × 2,700 mm envelope with 34.4 kW installed power, can travel in a standard container when partly disassembled, while a QST8-15 at 14 t and 9,800 × 3,600 × 2,800 mm or a QST1800 at 34 t needs a heavier loading plan. State the model and the transport mode, and the packing follows from them.

How should the machine be packed and reinforced?

A block machine is a heavy and vibration-sensitive load. Pack it on a steel base or inside a reinforced crate, lock the mould and the pallet feed in the transport position, and remove or secure everything loose, including control panels, hoses and electrical boxes. Loose parts moving inside a crate cause most of the damage seen on arrival.

Reinforce against the two forces that damage machines in transit: vertical shock during lifting and lateral force during road transport. Use steel strapping and welded stops rather than timber chocks alone, and coat machined surfaces with a rust preventive before the crate is closed, because condensation inside a crate is normal on a long sea voyage.

What markings should go on each crate?

Mark every package with the consignee, the case number and the total number of cases, the gross and net weight, and the outer dimensions. Add the lifting points and the centre of gravity, because a crane operator who cannot see the balance point will estimate it, and estimating is how frames get bent on the first lift.

Add handling marks in English and in Arabic when the site team reads Arabic: this side up, keep dry, do not stack, fragile. Paint them large and in a contrasting colour, and repeat them on two opposite faces, so they stay visible when the crate is loaded tight against a wall and only one side can be seen.

Which documents travel with the machine?

Five documents move with the cargo: the commercial invoice, the packing list, the transport document, the certificate of origin and the insurance certificate. Keep the description, weight and dimensions identical across all of them, because a mismatch between the packing list and the transport document is one of the most common causes of delay at the destination.

The technical set usually travels inside the crate or as a scanned copy: the foundation drawing, the electrical diagram, the operation and maintenance manual, the spare parts list and the test report. Produce them in English, and in Arabic as well when the site team works in Arabic, so the installation crew does not have to translate while under pressure.

Which spare parts and tools should be in the crate?

Plan the spares around wear rather than around convenience. On a block machine the first items to wear are mould parts, vibration motor mounts, hydraulic seals, limit switches and control relays. Include one complete set of foundation bolts and shims, because bolts sourced locally rarely match the drawing on the first attempt.

Add the tools needed for first commissioning: a torque wrench, feeler gauges, a dial indicator and the special spanners for the mould clamps. Store the controller program backup on a separate medium kept with the manual, and list every spare part in the packing list, so the receiving team can store it and account for it.

How does sea freight differ from road transport?

Sea freight usually means container loading or a flat rack, with a fixed internal size that limits how far the machine can be disassembled. Road transport is often the looser option for size and the tighter one for weight, because axle load and route clearance set the limits, and a low-bed trailer may be needed for the machine alone.

A combined route adds a transloading point, where the machine is lifted, set down and secured again on a different trailer or in a different container. Every extra handling point is a chance for damage, so pack the crate for the weakest link rather than for the longest leg. Tell us the transport mode and the route type, and we will confirm whether the machine travels whole or split.

What belongs in the pre-shipment check?

Run the machine before it is packed. A short no-load test, with photographs and video of the control panel, the mould movement and the pallet feed, gives the buyer a baseline for the arrival inspection. Record the measured weight and the outer dimensions of each package rather than quoting the catalogue figures.

Then close the checklist: crate sealed, strapping applied, markings painted, documents signed, spares inside, container or trailer number recorded. Send the buyer the packing list, the photographs and the loading plan on the day of loading, so the receiving team can compare what arrived with what was sent.

If you are planning a shipment, send us the discharge point, the transport mode and the machine model. We will then confirm the packing plan, the crate list and the document set that suit that route, and you can compare them against the loading plan before the machine leaves the yard.