Reliable medical device packaging solutions are essential for ensuring that vital devices reach healthcare professionals who depend on them to provide accurate diagnosis, effective treatment, and ongoing care. Many of these items are fragile, costly, and uniquely shaped, demanding specialized protection and careful handling throughout transit. Corrugated packaging stands out as an optimal choice for safeguarding these sensitive products, offering robust protection while supporting both cost efficiency and sustainability objectives.

Market Growth Increases Demand for Medical Device Packaging

The US medical market was estimated to be over $190B last year, with a compound annual growth rate (CAGR) of 6.2%. Interestingly, online sales are expected to grow at a CAGR of 10.2% as manufacturers have begun adopting B2B e-commerce to expand new-device sales and reach global markets. The growing adoption of advanced medical technologies for diagnosing and treating critical diseases is driving market growth in the US. As the prevalence of chronic conditions rises and the need for medical devices increases, demand for customized corrugated packaging solutions to protect these fragile investments will grow.

Given the significant investment in developing new device technologies, corrugated medical device packaging should be considered part of that investment. Whether the medical device boxes are palletized for delivery or shipped through e-commerce, corrugated plays a critical role in ensuring the contents arrive at their destination exactly as they were packed.

Protecting Medical Devices

Manufacturers have made significant investments in research, design, regulatory approvals, and manufacturing of their medical devices. While there are several benefits of medical device packaging, protection is the primary one.  Custom corrugated solutions consider the corrugated board construction, the number of products per box, internal packaging, and shipping conditions.

Packaging must find a balance between strength and weight. Paper or poly bags are lightweight, but they don’t provide protection. Wooden crates provide protection, but they are heavy and drive up transit costs. Corrugated is the perfect solution because its strength can match the level of protection required. Boxes are highly customizable by changing any combination of liner and medium paper weight, flute sizes, and board style. Another option is cross corrugation, gluing two corrugated boards in opposing directions, which provides the strength of a wooden board with the weight of corrugated.

In one case, a customer of Abbot Action was packaging a very expensive medical device in round tubes, which took about 20 minutes per device. Abbott’s design team designed packaging that would hold 15 devices using cross corrugation. The package was valued at $150K, so protection was critical. The packaging with cross corrugation was virtually unbendable and packed out in 3 minutes or less. In addition, by switching to corrugated, the customer was able to add branding and instructions on the inside and outside of the package, turning the box into a functional communication tool and reinforcing brand consistency.

Box dimensions can be customized to accommodate the required number of medical devices. It may be one medical device per box or several. For palletized boxes, the number of products per box depends on how many you would like per pallet or per truckload.

Optimizing medical device packaging means designing it for the conditions it may encounter. During transit, shipping, handling, and storage conditions can vary from product to product, and the box design should reflect that. Boxes that need extra strength for pallet stacking require different design elements than toothbrushes, for example.

The internal components of the box can also be customized. Rather than relying on loose fill or secondary materials, internal structures can be incorporated into the corrugated box itself. Integrated corrugated inserts can control product position, maintain spacing between devices, and reduce movement during transit. In some cases, these inserts are automatic, forming as the box is erected, so pack‑out is faster and more consistent. Because the inserts are engineered from corrugated material, they can be tested and validated as part of the overall package system, ensuring the internal protection performs under the same stacking, handling, and distribution conditions as the outer box.

How Corrugated Reduces Total Cost for Medical Device Manufacturers

Corrugated reduces total cost by addressing more than material expenses. When engineered and validated correctly, it reduces costs associated with labor, freight, damage, rework, and failed validations.

First, an optimized corrugated design prevents over‑engineering while still meeting strength requirements. Structural design can be combined with testing, including box compression, edge crush, drop testing, and transit simulation, to right‑size the board grade for the application. This allows the use of lighter papers that still meet performance targets, reducing material cost without increasing risk. Fewer failures also mean fewer rejected shipments and less waste.

Second, testing and validation reduce downstream costs. Medical device packaging must perform consistently under real distribution conditions. Packaging that performs unpredictably can delay launches, require redesign, or trigger revalidation. Integrating testing early prevents late-stage design changes, supporting faster time-to-market and lower overall program cost.

Third, corrugated can be designed to enable more efficient labor. Internal structures and box styles can be designed to simplify pack‑out and reduce reliance on skilled labor. Design patterns and validated pallet configurations can be used to remove variability from packing and stacking, reducing labor time while maintaining consistency and load stability. Labor savings are part of the total cost of using the box, not just the cost of buying it.

Fourth, shipping efficiency lowers freight and handling costs. Corrugated solutions can be designed to be lighter and more compact than those made from alternative materials, while still providing the required protection. Optimized box sizes increase pallet density and allow more product per truckload, reducing freight costs and fuel usage over time. Smaller, lighter packaging also reduces manual handling strain and the risk of damage.

Finally, predictable performance reduces risk‑related costs. Fewer damaged devices, fewer repacks, and fewer line disruptions translate directly to lower total cost. Predictable performance also means fewer returns, warranty claims, and other risks associated with damaged medical devices.

Meeting Environmental Initiatives

While improving health outcomes and saving lives are the primary objectives of the medical device industry, sustainability has become an integral consideration as the industry focuses on reducing consumption, cutting emissions, and promoting circularity throughout the product lifecycle. While strides have been made, there is still much work to be done.

Corrugated packaging offers a sustainable solution for medical device manufacturers by minimizing material usage, streamlining recycling, and reducing environmental impact. Made primarily from renewable resources, corrugated is easily recyclable and contributes to a circular economy. By optimizing box design and using lighter materials without sacrificing protection, manufacturers can reduce waste, lower transportation-related carbon emissions, and support their environmental initiatives, all while ensuring devices arrive safely and efficiently. These benefits make corrugated packaging a valuable ally in advancing both health outcomes and sustainability goals.

Abbott Action Mitigates Risks and Lowers Costs with Medical Device Packaging Solutions

With over 90 years of packaging expertise, we are uniquely equipped to support the complex needs of the medical device industry. Our extensive experience allows us to deliver innovative, high-quality packaging solutions that not only meet the industry’s most rigorous standards but also align with your cost, timeline, and sustainability objectives. Trust us to provide reliable, efficient, and environmentally conscious packaging that helps protect your medical devices, your reputation, and ultimately, patient health.

Let us get started with your optimized medical device packaging. Contact us today.