Recycled pallets can safely support industrial equipment when engineered and tested for load capacity. Millwood validates each pallet, ensuring performance while helping companies cut costs and achieve sustainability goals.

Recycled pallets are often overlooked in industrial equipment transport because of safety concerns. Millwood eliminates this risk by testing each recycled pallet in our ISTA-certified Packaging Lab, verifying structural integrity, load capacity and dimensions. Properly engineered recycled pallets perform as reliably as new ones, providing measurable cost savings while reducing environmental impact. This sustainable approach also supports ESG initiatives without compromising safety or compliance standards. By combining pallet recycling with custom engineering, Millwood ensures your equipment is transported securely, efficiently, and with reduced waste.

Over-engineered solutions inflate costs, while under-engineered designs put valuable equipment at risk. Millwood analyzes your equipment specs and transit conditions to design right-sized packaging for safe and efficient transport.

Packaging that is too heavy-duty wastes lumber and increases transport costs, while weak or underbuilt solutions create costly risks in industrial equipment relocation. Millwood’s engineering team studies load weight, distribution and transit environments to design packaging that fits your exact needs. Using our ISTA-certified Packaging Lab, we validate each design under real-world stress tests, ensuring you’re not paying for unnecessary material or risking equipment failure. This data-backed approach delivers protection at the lowest possible cost, giving you confidence that your equipment will arrive intact and on time.

Industrial equipment often includes oversized or fragile parts that standard crates can’t secure. Custom crating prevents shifting, damage and downtime during transport or relocation.

Standard crates rarely account for irregular dimensions, sensitive components or high-value machinery. Millwood engineers custom crates that match the exact size, weight and sensitivity of your equipment. Features like blocking, bracing and shock absorption are built in to ensure safe relocation. Each design is tested in our Packaging Lab, reducing claims, downtime and costly delays. By tailoring solutions to your equipment instead of forcing a one-size-fits-all crate, Millwood delivers repeatable protection and predictable outcomes, ensuring your assets arrive safely no matter how complex the transport.

Yes. Vendor consolidation simplifies procurement, eliminates mismatched packaging and improves cost control across industrial equipment transport and relocation.

Many companies source pallets, crates and blocking materials from different vendors — a fragmented model that adds expense and risk. Millwood serves as your single-source partner, consolidating all packaging and logistics needs into one streamlined solution. By integrating design, engineering and supply across facilities, we improve consistency, reduce administrative burdens and lower total costs. This unified approach ensures every component works together, improving quality control, shipment reliability and equipment safety. With Millwood, vendor consolidation means fewer touchpoints, less waste and a stronger, more predictable supply chain.

We combine engineered packaging, lab testing and vendor consolidation to streamline industrial equipment transport and relocation — reducing risk, costs and delays.

Industrial equipment must arrive intact, on time and at the lowest possible total cost. Millwood improves outcomes by integrating packaging design with vendor consolidation strategies. Our Packaging Lab validates pallets and crates under real-world conditions, ensuring reliability. At the same time, our single-source model reduces redundant suppliers and touchpoints, simplifying operations across multiple plants. Customers benefit from consistent packaging specifications, simplified procurement, reduced risk of equipment damage and improved ESG performance through recycling and repair programs. This smarter, engineered approach delivers measurable efficiency gains across the industrial equipment supply chain.