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Optimising medical device packaging: ensuring safety, compliance, and user-friendly access featured image

Optimising medical device packaging: ensuring safety, compliance, and user-friendly access

Medical device packaging fails in the field more often than it fails in the lab. By the time a sterile barrier breach, a transit damage claim, or a compliance rejection surfaces, the cost is already compounding. The global medical device packaging market was valued at USD 40.6 billion in 2025 and is projected to reach USD 66.8 billion by 2033, growing at a CAGR of 6.4% (Grand View Research, June 2026). The segment is a critical one, with packaging requirements that differ from consumables such as medicine or surgical tools. 

One of the primary functions of medical device packaging is ensuring that equipment reaches its destination protected from contamination and physical damage. It must do this while meeting international standards around safety, durability, and sterility. Protection is the foundation, but packaging also needs to account for user experience. Well-designed packaging minimises waste while ensuring that end users can access the product reliably in varied clinical environments. 

Factors to consider

Given the role it plays, packaging is an essential part of the medical equipment manufacturing process. Several considerations inform what kind of packaging works for a particular device.

Facility protocols

From the initial stages, consider the conditions and specific protocols of the medical facilities where the equipment will be used. This may require additional protection from physical impact, temperature variations, and possible contaminants during transit. The packaging must be designed to handle the unpacking conditions it will meet at its final destination, whether that is a hospital operating theatre, a diagnostic imaging suite, or a field clinic.

Shipping-friendly design

Packaging that protects the device must also be practical to handle during shipping and capable of withstanding varied transit conditions. Account for strapping points on crates and load-bearing points on boxes. Reusable crates offer a high level of protection but present challenges in terms of handling and movement. Lighter corrugated containers are easier to transport but may provide less protection for fragile equipment. The right choice depends on the specific device and its transit requirements.

For fragile or high-value devices, durable permanent packaging solutions such as ATA cases offer superior protection, though at a higher cost. Where applicable, sustainable and recyclable materials such as PE foams and high-density polyethylene (HDPE) provide reliable protection while reducing environmental footprint. Identifying that balance across the value chain is where packaging decisions become strategic rather than operational. 

Accessibility

Effective packaging ensures the product is accessible when it reaches its destination. The packaging must be straightforward to open while preserving the sterility of the product during the opening process. When designing packaging for a specific device, identify:  

  • Who will be opening it 
  • where it will be opened, and 
  • what the environmental conditions at that location are likely to be.

For large or heavy devices, also consider logistical requirements such as ramps, lifts, and loading facilities. Does the destination already have these in place, or does the packaging design need to account for additional handling requirements?

Sterility and compliance

International standards from the FDA and ISO set strict requirements around maintaining sterility in medical device packaging. ISO 11607 defines the requirements for sterile medical device packaging. It identifies two layers of protection: 

  • the sterile barrier system, which minimises the risk of microorganism ingress and enables aseptic presentation of the sterile contents at the point of use, and 
  • protective packaging, an additional layer that protects the barrier system itself.

The packaging design and material must comply with sterility and barrier requirements and must withstand the required sterilisation method, whether ethylene oxide, radiation, steam, or another process. It must also use the right barrier material depending on whether the equipment is sensitive to moisture, odours, UV light, or solvents. Barrier films structured with multiple materials can be specified to meet those requirements precisely, and selecting the right combination is a decision that affects both compliance and cost. 

Testing and validation

Comprehensive testing and validation are essential to ensuring packaging and product remain in sterile and optimal condition throughout their lifecycle. ISO 11607-1 specifies requirements and test methods for materials, preformed sterile barrier systems, sterile barrier systems, and packaging systems intended to maintain the sterility of terminally sterilised medical devices until the point of use.

Medical packages must undergo testing to detect leaks and breaches, assess resistance to impact and temperature variations, and evaluate performance under the demands of transit. We support manufacturers through this validation process, mapping packaging specifications against the testing requirements of their device and target market demand. 

The FDA currently recognises ISO 11607-1:2019, including Amendment 1:2023. Declarations of conformity to earlier recognised versions will be accepted only until 20 December 2026, after which manufacturers will need to reference the updated recognition for relevant submissions. For medical device manufacturers and their packaging partners, this transition represents an immediate compliance requirement, not a future consideration.

Special protection for large lab devices

Large devices such as MRI scanners and CT scanners require specialised crates and cushioning systems to protect sensitive components from shock. Packaging for these devices must be tear and puncture-proof and resistant to moisture and temperature variations that can cause humidity and condensation. 

For equipment requiring moisture protection, packaging in a moisture barrier bag with a desiccant, followed by vacuum sealing and outer wooden, metal, or high-quality corrugated construction, provides the required level of protection.

Handling and transportation

When handling and transporting medical devices, size, weight, volume, and any sharp edges must all be factored into the packaging specification. Weight must be distributed evenly, and adequate provision must be made for lifting equipment and movement to prevent vibration, impact, and environmental exposure during transit.

Transportation method also informs packaging design. Air-ride trucks are appropriate for sensitive equipment. Transportation providers offering dedicated services, consolidated LTL, temperature-controlled vehicles, and last-mile capability add another layer of protection for high-value medical devices. All packaging should be verified against ISTA standard packaging qualifications before release for shipment.

Ease of unpacking

In clinical environments, ease of unpacking is a critical design consideration. Medical professionals work under time pressure, where every step in an unpacking process has consequences. Packaging must enable quick, straightforward access to the device without complex procedures or specialised tools. Well-designed packaging that supports ease of unpacking minimises the risk of damage during the process and maintains sterility, allowing medical staff to focus on patient care rather than navigating difficult packaging.

Compliance and documentation

FDA and ISO standards govern not only the physical packaging but also the information that must accompany the product. ISO 20417 specifies requirements for information supplied by the manufacturer of a medical device or accessory, including requirements for identification, labels, packaging markings, and accompanying documentation.

The rigorous requirements for medical compliance are extensive. Packaging must display lot numbers, expiration dates, usage instructions, and warnings as a minimum. For small and medium-sized manufacturers, meeting the full spectrum of these requirements demands a packaging partner with established knowledge of regulatory frameworks across the markets where the device will be distributed. Our design and audit consultancy supports medical device manufacturers through this process, from material selection and packaging specification through to compliance documentation.

Conclusion

Medical device packaging is not an afterthought in the product development process. It is a critical engineering and compliance discipline in its own right. The considerations are specific: facility protocols, transit conditions, sterility requirements, regulatory compliance, handling, unpacking, and documentation all have to be addressed simultaneously in a single packaging solution.

Shortcuts taken at the packaging stage result in non-compliance, testing failures, and devices that do not reach those who need them in the condition they were designed to arrive in. Getting the specification right from the start is how manufacturers avoid those outcomes. Our customised solutions are built for medical device manufacturers who need packaging that meets protection, compliance, and usability requirements without compromise. Talk to us to discuss your device packaging requirements.