How to Ship Heavy Industrial Equipment: A Complete Guide for Ontario Businesses.

Whether you're relocating a production line, sending a CNC machine to a customer, or importing a generator from overseas, shipping heavy industrial equipment is one of the most complex logistics challenges a business can face. One mistake in packaging or documentation can result in a damaged machine, a customs delay, or a five-figure insurance claim.

This guide covers everything Ontario manufacturers, distributors, and procurement teams need to know before they ship.

Why Industrial Equipment Requires Specialized Crating

Standard pallets and shrink wrap are not enough for heavy machinery. Industrial equipment shipments face unique risks:

• Vibration and shock damage during road, rail, or ocean freight

• Moisture and condensation during long transit times or ocean shipping

• Shifting and tipping when loads are improperly secured

• Customs rejection when packaging doesn't meet international standards

A custom-built wooden crate engineered to the weight, dimensions, and fragility of your specific machine is the industry standard for a reason — it is the only packaging method that reliably addresses all four of these risks simultaneously.

Step 1: Know Your Shipment Type Before You Book Anything

Before calling a freight carrier, you need to classify your shipment. This affects crating requirements, carrier selection, and documentation.

Domestic shipments (within Canada) are governed by standard carrier tariff rules. Most carriers require machinery over 150 lbs to be skidded or crated. If your equipment has protruding parts, hydraulic lines, or electronic controls, a full crate is strongly recommended regardless of weight.

Cross-border shipments to the U.S. require ISPM-15 compliant wood packaging. Any solid wood used in crates, pallets, or dunnage must be heat-treated and stamped to international phytosanitary standards. Non-compliant wood will be seized at the border — no exceptions.

International ocean freight adds further requirements: vapor barrier lining to prevent condensation damage, blocking and bracing inside the crate to prevent movement during rough seas, and often specialized lashing points for the container.

Step 2: Choose the Right Crating Method for Your Equipment

Not all industrial equipment ships the same way. Here are the most common crating approaches:

Open Crates (Skeleton Crates)

Best for: large, durable equipment that doesn't require full enclosure — engine blocks, structural steel frames, agricultural implements.

Open crates reduce weight and material costs while still providing fork entry points and rigid structural support.

Closed Crates (Sheathed Crates)

Best for: precision equipment, electronics-integrated machinery, equipment sensitive to moisture or dust — CNC machines, medical devices, lab equipment, hydraulic systems.

A fully sheathed crate with interior foam blocking and a vapor barrier liner is the gold standard for high-value shipments.

Engineered Custom Crates

Best for: oversized, overweight, or unusually shaped equipment — turbines, presses, printing equipment, industrial robots.

Custom-engineered crates are designed around the specific load path and center of gravity of your machine. For equipment over 5,000 lbs, this is not optional — it's a liability requirement for most carriers.

Step 3: Understand ISPM-15 Requirements for International Shipments

If your equipment is crossing a border, the wood used in its crate must comply with ISPM-15 (International Standards for Phytosanitary Measures No. 15). This is a global standard that requires wood packaging to be treated to eliminate the risk of invasive insects and disease.

In Canada, compliance means your crate must be:

• Heat-treated to a core temperature of 56°C for a minimum of 30 continuous minutes

• Stamped with the official ISPM-15 mark showing the country code (CA), producer number, and treatment method (HT for heat treatment)

• Made from debarked wood — bark-free lumber only

Work with a crating company that is certified to produce ISPM-15-compliant packaging. Attempting to self-certify or use a non-certified supplier is a common and costly mistake.

Step 4: Get the Weight and Dimensions Right

This sounds obvious, but incorrect weight and dimension data is one of the most common causes of freight billing surprises and carrier claims. Before your crating company builds anything, you need:

• Machine weight (operating weight, not shipping weight — these are often different)

• Assembled dimensions including any protruding parts, cables, or fluid reservoirs

• Weight distribution — is the center of gravity centered, or offset to one side?

• Forklift access requirements — can the crate be lifted from two sides? Four sides?

A professional crating company will build fork pockets and lifting points directly into the crate design. Make sure your carrier's forklift capacity matches the crate weight before booking.

Step 5: Document Everything

Lost freight claims and customs disputes are almost always won or lost on documentation. For industrial equipment shipments, you should have:

For domestic shipments:

• Bill of Lading (BOL) with accurate weight, dimensions, and freight class

• Insurance certificate if the equipment value exceeds standard carrier liability limits

• Packing list describing the contents

For cross-border and international shipments:

• Commercial Invoice with declared value in the correct currency

• Certificate of Origin if required under a trade agreement (CUSMA/USMCA)

• ISPM-15 certificate or stamped packaging documentation

• Dangerous goods documentation if the equipment contains batteries, fuel, or hazardous fluids

• Harmonized System (HS) tariff codes for customs classification

Missing even one of these documents can hold your shipment at customs for days — or result in full seizure.

Common Mistakes Ontario Businesses Make When Shipping Equipment

Using standard pallets for machinery. A pallet is not a crate. For anything over 500 lbs or with an irregular base, a custom skid or full crate is the safer and often cheaper choice when you factor in damage claims.

Skipping vapor barrier liner. Ocean shipments routinely encounter temperature swings that cause condensation inside containers. Bare metal equipment can rust significantly in a single 30-day voyage. A vapor barrier and desiccant pack inside the crate is inexpensive insurance.

Not securing internal components. Sliding drawers, removable panels, hydraulic arms — anything that can move inside the machine should be blocked or removed before crating. Vibration damage to internal components is rarely covered under freight insurance.

Underinsuring. Standard carrier liability is typically $2/lb for domestic freight. A 2,000 lb machine may be worth $150,000. Declared value insurance or an independent cargo policy is essential for high-value shipments.

Why Ontario Businesses Choose Local Crating Specialists

Working with a local crating company rather than a national logistics broker has real advantages for industrial equipment shippers:

• On-site assessment. A local crating specialist can come to your facility, measure your equipment in place, and design the crate around what they actually see — not a spec sheet.

• Faster turnaround. Custom crates built locally can often be ready in 3–5 business days. Coordinating crating through a distant third party adds lead time and handoff risk.

• ISPM-15 compliance assurance. A certified local crate builder stamps the documentation themselves — there is no intermediary risk.

• Accountability. If something goes wrong, your crating company is a phone call away.

Ready to Ship Your Equipment?

Dominion Crate Works specializes in custom industrial crating and packaging for manufacturers, distributors, and equipment dealers across Ontario. We build ISPM-15 certified crates for domestic and international shipments, and we offer on-site assessments throughout the region. sales@dominioncrateworks.com

Contact us for a quote: www.dominioncrateworks.com