HEAVY EQUIPMENT

PACKAGING SOLUTIONS

Engineered packaging for construction, agricultural, mining, industrial,
and off-highway equipment components.

HEAVY EQUIPMENT PACKAGING APPLICATIONS

Engines, Transmissions & Powertrain


Custom bases, restraints, and protective enclosures for engines, gearboxes, axles, differentials, torque converters, and related assemblies.

Hydraulic Cylinders, Pumps & Valves


Support and separation for rods, ports, hoses, manifolds, pumps, accumulators, and precision hydraulic components.

Cabs, Doors, Windows & Operator Stations


Surface and edge protection for painted cab panels, doors, windshields, glass, mirrors, seats, consoles, and controls.

Castings, Fabrications & Machined Parts


Load-bearing packaging for housings, weldments, counterweights, brackets, booms, arms, and machined metal components.

Undercarriage & Ground-Engaging Components


Heavy-duty systems for tracks, rollers, idlers, sprockets, blades, buckets, teeth, cutting edges, and wear parts.

Electrical & Electronic
Systems


Organized protection for controllers, displays, sensors, harnesses, batteries, power electronics, and diagnostic components.

CKD, SKD &
Assembly Kits


Compartmented and sequenced packs that organize multiple parts for overseas assembly, dealer installation, or production-line use.

Aftermarket & Field-Service Parts


Right-sized packaging for repair kits, replacement assemblies, high-value spares, and dealer-network distribution.

Heavy Equipment Packaging Engineered for Weight, Stability,
and Harsh Distribution Environments

CorrPak designs custom corrugated and hybrid packaging for heavy equipment manufacturers and suppliers that move dense, oversized, high-value, and irregular components through demanding supply chains. Each solution is engineered around load paths, center of gravity, lift points, corrosion risk, handling equipment, storage duration, and the final installation process.


Heavy equipment components may be exposed to forklift impacts, vibration, stacking pressure, outdoor staging, multiple transfers, and long-term storage. Castings, hydraulic systems, cabs, glass, controls, service kits, and finished metal parts can be damaged when loads shift or when critical surfaces and ports are left unsupported. CorrPak develops structures that block, brace, separate, restrain, and clearly identify the product for safe handling.

Solutions can be developed for inbound production parts, CKD and SKD kits, interplant transfers, dealer distribution, aftermarket service parts, export shipments, and reusable supplier loops. Designs can be optimized for forklift entry, crane access, trailer utilization, line-side presentation, parts identification, and efficient unpacking.

From Load Analysis to Production-Ready Packaging

DEFINE THE PART AND HANDLING ENVIRONMENT

We review weight, dimensions, center of gravity, approved support and restraint points, lift methods, storage duration, route, stack requirements, and unpacking process.

ENGINEER THE LOAD PATH AND RESTRAINT SYSTEM

Our engineers develop the base, blocking, bracing, saddles, separators, corrosion protection, access panels, and handling features.

PROTOTYPE AND EVALUATE

Samples or full-scale mockups can be used for fit checks, forklift trials, crane-access reviews, stack evaluation, and distribution testing appropriate to the application.

REFINE FOR MANUFACTURING AND LOGISTICS

The design is adjusted for material use, pack labor, trailer or container cube, returnability, line-side flow, and repeatable assembly.

PRODUCE AND SUPPORT 

CorrPak manufactures the approved system and supports revisions as equipment platforms, suppliers, routes, or service requirements change.

Why Manufacturers and Suppliers Work With CorrPak

Engineering focused on load paths, center of gravity, lift access, and approved restraint points.

Corrugated, laminated, and hybrid options for dense, oversized, or irregular equipment components.

Solutions for production parts, CKD/SKD kits, export, dealer distribution, and aftermarket service. 

Packaging approaches that can reduce unnecessary wood, foam, and disposable materials where performance allows. 

Prototype-to-production support with practical input from operations, logistics, and packaging engineering.

SUSTAINABLE PACKAGING THAT PERFORMS

Our corrugated packaging systems are designed to reduce reliance on EPS foam, PE foam, plastic packaging, and traditional disposable materials.

100% Recycleable Material

Reusable & Returnable Solutions

Reduce Waste & Packaging Costs

Superior Protection, Every Shipment

Packaging Built Around Heavy Equipment Supply-Chain Risks

High weight &
concentrated loads


Engineered bases, load-spreading structures, laminated corrugated components, and hybrid skid systems help transfer weight into approved support zones.

Load shift &
center-of-gravity control


Blocking, bracing, restraints, saddles, and orientation features help prevent movement and reduce the risk of tipping or product-to-product contact.

Corrosion & contamination
protection


Packaging can protect machined surfaces, hydraulic ports, bearings, connectors, and coated metal components from moisture, dust, debris, and handling damage.

Long storage &
global distribution


Export and service-part packages can be developed for repeated handling, stacking, outdoor staging, container shipment, and extended preservation.

Forklift, crane, &
rigging interfaces


Fork pockets, lift-point access, clear handling labels, removable panels, and rigging clearances can be designed into the system.

FAQ

Most frequent questions and answers

CorrPak develops packaging for engines, transmissions, hydraulic systems, cabs, glass, castings, fabrications, machined parts, undercarriage components, electrical systems, controls, kits, and service parts.

Yes, when the structure is engineered around the load path and support area. Laminated corrugated, high-strength board, load-spreading bases, and hybrid systems can be combined with wood or other materials when required by weight, handling, or customer specifications.

The package can use blocking, bracing, saddles, restraints, chocks, partitions, and positive-location features. The design should account for center of gravity, acceleration, vibration, forklift handling, and the approved contact points on the component.

Yes. The design can incorporate fork pockets, removable panels, rigging clearances, lifting access, and handling instructions. The final method should be reviewed with the customer’s safety and material-handling teams.

Yes. Export packages can include moisture barriers, corrosion protection, sealed wraps, desiccant space, reinforced bases, and container-friendly dimensions. Requirements depend on destination, duration, environment, and customer standards.

Helpful information includes CAD files, drawings, weight, center of gravity, lift points, approved support and restraint zones, photos, annual volume, route, storage duration, stack requirements, and applicable customer specifications.

READY TO START A HEAVY EQUIPMENT PACKAGING PROJECT?

Send us your part data and handling requirements.

We’ll engineer packaging to protect your equipment and support safe, efficient logistics.