Machinery export packaging should be developed around the actual machine rather than selected as a standard box.
The design must consider the machine’s dimensions, packed weight, centre of gravity, supporting points, sensitive components, lifting method, stacking requirements and complete transportation route.
For suitable applications, Eltete Malaysia can combine paper-based components such as The Box, Honeycomb Board, PallRun®, Paper Pallets, protective profiles and customised internal supports into a complete machinery export packaging system.
The proposed packaging should then be evaluated and tested according to the approved construction and actual transportation requirements.
Q – Why Does Machinery Require Custom Export Packaging?
A – Machinery and industrial equipment may be heavy, irregularly shaped or supported by only a few concentrated contact points.
A machine may also contain:
– Protruding controls or handles
– Motors and electrical components
– Sensitive finished surfaces
– Uneven weight distribution
– Sharp or exposed edges
– Removable accessories
– Moving components
– Specific lifting and supporting points
These characteristics make it difficult to protect machinery using a standard transport box alone.
Packaging that is too large may allow the machine to move. Packaging that is too small may apply pressure to vulnerable components or provide insufficient internal clearance.
Eltete’s official guidance on choosing packaging for export shipping explains that heavy machinery requires different packaging considerations from lightweight consumer products.
Step 1: Record the Machinery Specifications
Accurate product information is the starting point for machinery export packaging.
The machine should be assessed in its final shipping condition, including accessories, attachments and components packed together with it.
Step 2: Design the Supporting Base
The supporting base carries the combined weight of the machinery, accessories and packaging.
Its design should consider:
– Total packed weight
– Position of the machine’s supporting feet
– Concentrated pressure points
– Required forklift-entry direction
– Base dimensions
– Loading and unloading method
– Warehouse and transport handling
– Weight distribution across the complete package
Eltete’s Pallet Solutions can be designed according to the product, handling method and destination. Potential options include Paper Pallets, PallRun® pallet runners and other application-specific pallet configurations.
PallRun® components may also form part of the supporting structure beneath Eltete The Box. The number and position of the runners should be determined from the actual load and handling direction.
A published load result from one pallet design should not automatically be applied to another machinery package. Each base must be confirmed for its final construction and load arrangement.
Step 3: Spread Concentrated Machinery Loads
Some machines rest on several small feet instead of distributing their weight evenly across the base.
These concentrated loads must be identified during packaging development. A package may require customised supporting elements or weight-spreading components in the correct positions.
Eltete Honeycomb Board can be used as:
– A weight spreader
– A product bed
– A cushioning component
– A divider
– A customised internal support
– A base for a Paper Pallet
– A side wall for a heavy-duty box
Honeycomb Board can be cut or shaped into the elements required for the application. However, the selected board and component design must be matched to the machinery weight and supporting arrangement.
Step 4: Prevent the Machine from Moving Inside the Package
An outer box cannot protect machinery effectively if the product can move freely inside it.
The machine should be supported at appropriate structural areas without transferring unnecessary pressure to controls, covers or sensitive surfaces.
Eltete’s official New Solutions case-study PDF describes a customer that required new packaging for exported machines.
The required packaging had to be modular, lighter than the existing package and capable of holding the product inside the structure. Eltete combined its existing materials into a heavy-duty transport solution and cut Honeycomb Board into shape to secure the product within the package.
This case demonstrates an important design principle: internal packaging should follow the machinery’s actual shape and supporting points.
Potential internal components include:
– Die-cut Honeycomb Board product beds
– Custom-shaped supports
– Dividers for removable accessories
– Void-filling elements
– Protective profiles
– Weight-spreading panels
– Top and bottom supporting elements
Internal components should prevent movement without damaging the machine.
Step 5: Select the Outer Packaging Structure
Machinery that requires more complete enclosure may be assessed for Eltete The Box.
The Box is a paper-based transport packaging system combining:
– Honeycomb Board
– Carton-board packaging profiles
– PallRun® pallet runners or another suitable base arrangement
Eltete developed The Box for suitable light and heavy products. It is customisable and can be supplied as a kit for assembly during the packing process.
The construction may include:
– A supporting base
– Honeycomb Board side panels
– Reinforced vertical profiles
– Corner-locking components
– Internal supports
– A top cover
– External securing materials where required
The objective is not to copy an existing plywood crate component by component. The packaging should be redesigned around the machine and the functions required from each material.
Step 6: Protect Edges and Strapping Areas
Strapping can help connect the machine, packaging structure and supporting base. However, concentrated strap pressure may damage exposed corners or compress the outer packaging.
Eltete protective packaging profiles can be selected according to the shape and required strength of the application.
Potential options include:
1 – Edgeboard
Edgeboard may be positioned along straight corners or beneath strapping to distribute pressure, reinforce the outer structure and support load stability.
2 – U-Profile
A U-Profile protects three sides of an edge. It may be considered for equipment sections, panels and exposed components requiring protection against scratches, impact, shocks or vibration.
3 – FrameCut Profile
FrameCut can be converted into a frame, collar, lid or top element. It may provide additional protection and stability when combined with Honeycomb Board or another approved packaging component.
The correct profile dimensions and strength should be selected for the actual machine and strapping arrangement.
Step 7: Consider the Complete Export Route
Machinery export packaging should be designed for every stage of the journey—not only the main sea or air transportation period.
The route may include:
– Movement from the production area
– Temporary warehouse storage
– Forklift handling
– Truck transportation
– Port or airport handling
– Container loading
– International transportation
– Customs inspection
– Destination warehouse handling
– Customer unloading
The machinery package should remain compatible with the handling equipment used at each location.
Exporters should confirm whether the package will be:
– Lifted from two or four directions
– Moved using a forklift or pallet truck
– Handled by a crane
– Placed on a conveyor
– Stacked beneath other packages
– Opened for inspection
– Stored for an extended period
– Unloaded using different equipment at the destination
A design that works at the sender’s factory may not be practical if the receiving facility cannot lift, open or unload it correctly.
Step 8: Control Cargo Movement Inside the Container
Internal machinery supports and container cargo securing perform different functions.
Internal packaging prevents the machine from moving inside its individual package. Cargo-securing products help control the movement of complete packages inside a truck or container.
After the machinery has been packed and secured to its approved base, appropriately selected Dunnage Bags may be used to fill suitable gaps between complete cargo units.
They should not replace:
– Internal machinery supports
– A suitable load base
– Correct strapping
– Strong outer packaging
– Proper container loading
The cargo-securing arrangement should be selected according to the complete load, available void and transportation requirements.
Step 9: Evaluate and Test the Complete Packaging
Machinery packaging should be evaluated as a complete packaged-product system.
Testing only one Honeycomb Board panel or pallet runner does not automatically confirm the performance of the final machine package.
Eltete states that compression, bending and strapping tests can be provided in-house when required.
Depending on the approved packaging design, the evaluation may consider:
– Compression testing
: Evaluates how the packaging structure responds to vertical pressure and applicable stacking requirements.
– Bending testing
: Helps evaluate structural elements such as boards, bases and reinforced components where bending performance is important.
– Strapping testing
: Assesses the interaction between strapping, protective profiles and the complete packaging arrangement.
– Handling trials
: The package may also need to be checked during lifting, loading, unloading and movement using the intended equipment.
All performance claims should be based on the final machinery, approved packaging construction and relevant test conditions.
Step 10: Conduct a Trial Shipment
A trial shipment can help verify how the approved packaging performs within the actual supply chain.
Before dispatch, record:
– Machinery condition
– Packaging condition
– Component positions
– Strapping arrangement
– Package dimensions
– Gross weight
– Handling method
– Photographs of the completed package
After delivery, inspect:
– External packaging condition
– Base and runner condition
– Internal support positions
– Signs of machinery movement
– Strapping contact areas
– Product condition
– Unloading process
– Feedback from the receiver
The results can be used to improve the packaging before regular or higher-volume shipments begin.
Avoid Overpacking and Underpacking
Adding more packaging material does not automatically produce a safer machinery package.
Overpacking may increase:
– Packaging weight
– Material use
– Freight volume
– Assembly time
– Storage requirements
– Waste at the destination
Underpacking may leave the machine without sufficient load support, internal restraint or protection.
The objective should be to give every packaging component a defined function:
– The base supports the load
– Weight spreaders control concentrated pressure
– Internal components prevent movement
– Profiles protect vulnerable areas
– Side panels provide enclosure
– Strapping connects the packaging structure
– Cargo-securing products control movement between complete loads
This approach helps optimise the packaging without removing protection required by the machine.
Machinery Export Packaging Development Checklist
Before approving the design, confirm that:
– The final machinery dimensions are accurate
– The total packed weight is known
– Supporting points have been identified
– Weight distribution has been reviewed
– The centre of gravity is marked where required
– Sensitive components have sufficient clearance
– Internal movement is controlled
– The load base matches the handling equipment
– Forklift or lifting access remains available
– Strapping does not contact vulnerable areas directly
– Stacking requirements have been communicated
– Storage and moisture conditions have been assessed
– The receiver can unload the package
– The final design has been evaluated
– A trial shipment has been considered
Frequently Asked Questions
Q – Can paper-based packaging be used for heavy machinery?
A – It may be used for suitable machinery when the complete packaging system is designed, reinforced and evaluated for the actual load. Eltete’s official materials include a heavy-duty packaging case involving exported machines, but this should not be treated as a universal capacity for every design.
Q – What information is needed to develop machinery export packaging?
A – Important information includes the machinery dimensions, packed weight, load distribution, centre of gravity, supporting points, sensitive areas, lifting method, stacking requirements, transport route, storage environment and receiving equipment.
Q – Can The Box replace a plywood machinery crate?
A – Eltete states that The Box can provide an alternative to wooden or plywood boxes in suitable applications. The machine and complete logistics process must be assessed before making the change.
Q – How can machinery movement be prevented inside the package?
A – The machine may require custom-shaped Honeycomb Board supports, product beds, dividers, frames or other internal components positioned according to its shape and structural supporting areas.
Q – What machinery-packaging tests can Eltete provide?
A – Eltete states that compression, bending and strapping tests can be provided in-house when required. The necessary evaluation depends on the final package and transportation requirements.
Q – Does paper-based machinery packaging require fumigation?
A – Eltete states that its paper-based pallet solutions require no treatment like wood and are ISPM 15-compliant. Exporters should still verify all applicable destination, product and customer requirements.
Q – Is machinery export packaging waterproof?
A – Standard paper-based packaging should not automatically be described as waterproof. Expected humidity, condensation, storage conditions and direct water exposure should be communicated during packaging development.
Q – Is one design suitable for every machine?
A – No. Machinery may differ in dimensions, weight, supporting points, centre of gravity and vulnerable components. The packaging should be developed and approved for the individual application.
Develop Machinery Packaging Around the Actual Product
Successful machinery export packaging begins with accurate product information.
The supporting base, internal restraints, protective profiles, outer structure and securing materials should function as one complete system. The proposed package should then be evaluated according to the actual machine, handling equipment and export route.
Contact Eltete Malaysia with your machinery dimensions, packed weight, product drawings, support points, handling method and export destination to discuss a suitable paper-based transport packaging solution.
