Moving heavy machinery and industrial equipment across a factory floor is a controlled operation. Moving the same equipment across national borders by road, sea or air, introduces a different category of risk entirely. Vibration, humidity, impact, static discharge, and handling at multiple transfer points combine to create conditions that standard packaging cannot address.
Industrial packaging for machinery is a specialist discipline. Done correctly, it protects equipment worth hundreds of thousands of euros throughout a transit that may last days or weeks across multiple handling points. Done incorrectly, it is the most expensive line item on a relocation project, not because of what it costs, but because of what it fails to prevent.
This guide covers what professional industrial packaging service involves, the standards that govern it, and how to evaluate whether the packaging your contractor proposes is adequate for your equipment and transport route.
Need professional packaging for your machinery relocation project? Request a consultation with PSM Grup →
What Industrial Packaging for Machinery Actually Involves
Industrial packaging is not the application of standard materials to unusual objects. It is an engineering activity that begins with understanding the equipment. Its weight distribution, fragility profile, vibration sensitivity, and surface finish requirements, and working backwards to specify the materials and construction methods that will protect it under the actual conditions it will encounter.
The assessment stage determines what protection is required. A rigid precision machine tool with close-tolerance components has different packaging requirements from a robust press frame. Equipment with sensitive electronics requires protection from electrostatic discharge and humidity that purely mechanical equipment does not. Long-distance sea freight faces different conditions than a short domestic road move.
Professional industrial packing services translate this assessment into a packaging specification: what materials, what construction method, what internal blocking and bracing, and what external marking and handling instructions. This specification becomes the basis for both the packaging work and the quality check before dispatch.
Types of Industrial Packaging
Industrial Crating
Industrial crating is the primary protective structure for heavy machinery in transit. A properly engineered crate carries the load of the equipment, protects it from external impacts, provides a structure that can be handled by forklifts and cranes at multiple transfer points, and contains internal blocking that prevents movement under transport forces.
Crate design starts with the equipment dimensions and weight, the handling equipment available at origin and destination, and the transport mode. A crate for road transport is designed differently from one intended for sea freight — the dynamic forces involved, the stacking requirements, and the environmental exposure differ substantially.
Internal blocking and bracing is as important as the external crate structure. Equipment that can move inside its crate under transport forces — even by small amounts — will accumulate damage through repeated micro-impacts. Blocking must restrain movement in all axes and must be designed to distribute load away from fragile components.
Maritime Packaging
Maritime packaging extends the requirements of standard industrial crating to address the specific conditions of sea freight. These include extended transit times measured in weeks, high humidity and salt air exposure, temperature variation, container stacking loads, and rough sea conditions that generate sustained dynamic forces.
Moisture protection is the primary additional requirement. VCI (Volatile Corrosion Inhibitor) films, desiccant sachets, and sealed vapour barriers protect machined surfaces, bearings, and electronic components from corrosion during extended sea transit. Equipment that arrives in a sea container after a three-week voyage and is opened without adequate moisture protection frequently shows surface corrosion that requires remediation before installation.
Seafreight containers are stacked during loading and unloading operations. Crates intended for container shipping must be designed to transmit stacking loads through the crate structure without transferring them to the equipment. This is a structural engineering consideration that requires specific design attention.
Protective Packaging for Sensitive Equipment
Precision machine tools, measuring equipment, electronic assemblies, and production line control systems require packaging that addresses sensitivities beyond mechanical protection. These include:
Vibration isolation — foam systems, air suspension packaging, or purpose-built vibration-damping mounts that attenuate transport vibration before it reaches sensitive components.
ESD protection — electrostatic discharge can damage electronic components without leaving visible evidence. Antistatic bags, conductive foam, and grounded packaging materials are required for electronics and control systems.
Humidity and temperature control — some equipment requires packaging that maintains a controlled internal environment throughout transit. Desiccant systems, active packaging materials, and hermetic sealing address this requirement.
Surface protection — machined surfaces, optical components, and finished surfaces require protective films, interleaving materials, and physical separation from packaging materials that could cause marking or contamination.
Production lines present particular packaging challenges. Individual machines within a production line have interdependencies — shared utilities, calibration references, and sequence relationships — that require coordinated packaging, labelling, and unpacking procedures to ensure correct reinstallation sequence at the destination.
ISPM 15: Wooden Packaging Regulations for International Shipment
Any machinery shipment that crosses an international border using wooden packaging — crates, pallets, dunnage, or blocking — is subject to ISPM 15 regulations. ISPM 15 (the International Standards for Phytosanitary Measures No. 15) is a global standard established to prevent the spread of invasive insects and plant pathogens through untreated wood in international trade.
What ISPM 15 Requires
All wooden packaging material used in international shipments must be treated using one of the approved treatment methods — heat treatment (HT) to a core temperature of 56°C for 30 continuous minutes, or methyl bromide fumigation — and must be marked with the official ISPM 15 mark confirming treatment.
The mark consists of a wheat stalk symbol, the two-letter country code of the country where treatment was carried out, a producer or treatment provider code, and the abbreviation of the treatment method used.
Why ISPM 15 Matters for Industrial Shippers
Non-compliant wooden packaging is subject to seizure and destruction at the border, return of the shipment to origin, or mandatory treatment at the shipper’s expense before clearance will be granted. For time-sensitive industrial equipment, any of these outcomes creates project delays and costs that substantially exceed the cost of compliant packaging in the first place.
ISPM 15 compliance is the responsibility of the shipper — not the carrier or customs broker. Contractors providing international machinery packaging should confirm ISPM 15 compliance as a standard service deliverable, not as an optional add-on.
Which Shipments Are Covered
ISPM 15 applies to solid wood packaging material only. Engineered wood products — plywood, OSB, particleboard — manufactured at high temperatures are generally exempt, though practices vary by country of import. Metal and plastic crates are exempt. The coverage of specific materials should be confirmed for each shipment destination.
For EU-internal shipments, ISPM 15 requirements apply at external EU borders — movements between EU member states are not subject to ISPM 15 phytosanitary requirements under normal circumstances.
Packaging for Conveyor and Production Line Systems
Packaging conveyor systems and production lines for transport requires more than protecting individual components. It requires an inventory-based packaging approach that tracks every component, sub-assembly, and fastener through the packaging, transport, and unpacking process.
Conveyor systems are typically disassembled into sections for transport. Each section requires protective packaging appropriate to its weight and fragility. Conveyor belt material requires spooling or coiling to prevent permanent deformation. Drive motors, gearboxes, and control panels require packaging matched to their individual sensitivity profiles.
The packaging and labelling system for production line components must support correct reassembly sequence at the destination. Components that are visually similar but functionally specific to particular positions in a line — alignment fixtures, calibration references, matched component sets — must be identified and labelled in a way that survives the transport process and is actionable by the installation team at destination.
Inadequate identification and labelling of production line components is one of the most common causes of extended recommissioning time after relocation. Packaging that protects components physically but fails to preserve the information needed to reinstall them correctly has not fully done its job.
The PSM Grup Approach to Industrial Packaging
PSM Grup provides industrial packaging as an integrated element of relocation projects, not as a standalone procurement exercise. Packaging specification is developed as part of project planning, not added at the end when the equipment is ready to move.
Our approach to machinery packaging for transport draws on nearly thirty years of experience moving industrial equipment across Europe and internationally. This experience informs material selection, crating design, ISPM 15 compliance procedures, and the documentation standards that protect both the equipment and the client’s operational timeline. More information in our article about machinery moving services.
For production line relocations — projects involving clients including Bekaert, BAT, ZF, Haier, and De’Longhi — packaging is coordinated with dismantling, transport, and reinstallation planning from the outset. The packaging specification reflects what the installation team will need to efficiently unpack and recommission equipment, not just what is needed to protect it in transit.
We work with clients to engineer packaging solutions that provide appropriate protection within project budget constraints.
Ready to discuss packaging requirements for your relocation project? Request a project consultation with PSM Grup →
Frequently Asked Questions
What is industrial packaging for machinery?
Industrial packaging for machinery is the specialist design and construction of protective packaging for heavy equipment, production line components, and industrial machinery during transport. It differs from standard packaging in the engineering involved — load analysis, crate design, internal blocking, moisture protection, and compliance with applicable regulations such as ISPM 15 — and in the materials and construction methods used.
What is maritime packaging and when is it required?
Maritime packaging is industrial packaging designed to withstand the conditions of sea freight — extended transit, high humidity, container stacking loads, and dynamic forces from ship movement. It is required for any machinery or equipment shipped by sea, including container shipping. Key additional requirements over standard industrial packaging include moisture barriers, VCI protection for metal surfaces, and structural design for stacking loads.
What are ISPM 15 regulations for wooden packaging?
ISPM 15 is the international standard requiring that wooden packaging material used in cross-border shipments — crates, pallets, dunnage, blocking — be treated against invasive pests and marked with an official compliance mark. Non-compliant wooden packaging can be seized at the border. ISPM 15 applies to any international machinery shipment using solid wood packaging components.
How is sensitive equipment packaged for long-distance transport?
Sensitive equipment — precision machine tools, electronic assemblies, measuring instruments, control systems — requires packaging that addresses vibration, humidity, temperature variation, and electrostatic discharge in addition to mechanical protection. Vibration isolation systems, ESD-protective materials, desiccant packages, and hermetic sealing are used depending on the specific sensitivity profile of the equipment.
What is the difference between industrial crating and standard palletizing?
Standard palletizing places equipment on a pallet for forklift handling and adds basic wrapping for protection. Industrial crating constructs a complete structural enclosure around the equipment — engineered to carry the equipment weight, protect against external impacts, accommodate the handling equipment available at each transfer point, and contain internal blocking that prevents equipment movement under transport forces. Crating is appropriate for equipment that cannot be adequately protected by surface wrapping alone.
What packaging is required for international machinery shipment?
International machinery shipment typically requires industrial crating with ISPM 15-compliant wooden components (or metal/engineered wood alternatives), moisture protection appropriate to the transit duration and route, external marking compliant with carrier and customs requirements, and packing lists and documentation that support customs clearance. For sea freight, maritime packaging standards apply. Equipment value, fragility, and transit duration all influence the specification.
Conclusion: Packaging Is Not a Cost to Minimise — It Is Risk Management
Industrial packaging for machinery and equipment is the last line of defence between your equipment and the conditions it will encounter in transit. The cost of adequate packaging is small relative to the value of the equipment it protects and the schedule consequences of damage in transit.
The question to ask is not “what is the cheapest packaging that will get this equipment to its destination?” but “what packaging is appropriate for this equipment, this route, and this transit mode?” The answer to the second question protects your equipment, your schedule, and your project budget.
PSM Grup provides engineering-based industrial packing services as part of integrated relocation projects across Europe and internationally. Packaging specifications are developed from project assessment, not from standard templates, because machinery packaging for transport requires solutions matched to the specific equipment, not generic solutions applied uniformly.