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Orthopedic devices present an increasingly complex set of challenges for sterile packaging design. As instrumentation becomes more sophisticated and surgical workflows become more efficiency-driven, the importance of smartly designed sterile barrier systems continues to increase.
One of the most significant technical challenges arises from sharp geometries, edges and high-mass implants that increase the risk of pinholes, cracks or abrasions forming in sterile barriers. To address these concerns, a broad portfolio of standardized pouch solutions is required to maintain barrier integrity across the full distribution lifecycle.
“Having the end-to-end value stream in mind and the appropriate handling of the supply chain leads to the right validation strategies and choosing the best packaging solution in terms of trays, pouches or some combination of both,” said Miki Velickovski, Senior Director Sales & Marketing at Fruh Packaging.
It’s important to understand real-world use conditions and incorporate de-risking strategies, according to Velickovski. “Minimize long-distance transportation exposure where possible through local-for-local service models,” he said. “When long-distance logistics are unavoidable, robust transportation simulation and performance testing are essential tools for de-risking packaging performance.”
Usability-driven design choices such as streamlined access from secondary packaging to sterile barrier systems, reduced material complexity and the use of transparent packaging for faster device identification can significantly improve both safety and efficiency.
“These types of design enhancements not only support clinicians in the surgical environment but also contribute to a more intuitive and efficient product experience,” Velickovski said. “A well-designed sterile barrier system protects against external contamination.
“Tailored packaging designs lead to clinical and economical added value by minimizing packaging overflow and increasing the user-friendliness within the surgical environment.”
Velickovski points out that poorly designed packaging can slow down surgical procedures, introduce unnecessary steps or increase contamination risks during instrumentation handling. “On the other hand,” he said, “well-designed systems enhance usability and workflows, allow for easy opening and ensure clear identification of the labeling.”
There’s a broader movement in packaging design that focuses on de-risking the entire surgical workflow. Increasingly, device manufacturers are developing preassembled kits that include sutures, needles, drivers, guidewires, instruments and even implants, all delivered together in a single, terminally sterilized package.
“Everything is included,” said Roy Morgan, President and CEO of Eagle Medical. “Nothing is left to be assembled across different environments or departments.”
The goal is to reduce variability and eliminate upstream sources of risk. Preparing instrumentation for surgery might involve multiple touchpoints, with each step introducing potential contamination and bioburden that could reach the patient.
“By bringing everything into one terminally sterilized system, you dramatically reduce that exposure,” Morgan said. “You’ve de-risked the operative process, the hospital workflow and the liability within the system.”
Usability Matters
Morgan is starting to see a greater interest in incorporating human factors into advanced packaging systems. Designing with end users in mind is becoming increasingly important as surgical team members age and face limitations related to grip strength, dexterity and vision.
“Think about the materials you’re using,” Morgan said. “The adhesives, the seals, how lids peel back, how pouches open — these details matter because more than half of your customer base is older than forty. Some surgical team members have carpal tunnel syndrome, reduced strength or declining eyesight. They’re no longer the exception. They’re a significant part of your customer base.”
The goal is to make packaging systems almost effortless to use. “It should be easy for users to do what they need to do,” Morgan said. “They shouldn’t fight the packaging just to get to the product.”
Sustainability and minimizing waste, factors that are immediately visible the moment a package is opened, are increasingly important influences in environmentally conscious surgical facilities.
“Imagine a surgical team member holding your packaging and then seeing right there on the box that it’s made of 90% recycled content,” Morgan said. “That changes the reaction. They feel good about knowing they can recycle the packaging.”
For Morgan, usability and sustainability are only part of the equation. There’s another, often overlooked aspect of packaging design: creativity.
Even in a highly regulated space like orthopedic manufacturing, there is room for a little creativity.
“There are ways to introduce packaging elements that make people pause and say, ‘Wow, that’s cool,’” Morgan said. “Maybe it’s how it opens or how clearly it communicates the instructions for use. Maybe it’s calling out something like the 90% recycled content in a way that feels intentional and visible. Because people will remember cool packaging and associate it with your company.”
One example Morgan points to is the design of a removable screw caddy within a surgical kit blister tray. The system was designed for clarity and speed: Surgeons remove the lid, then use a simple stab-and-grab technique to select each screw, which is clearly organized and numbered in sequence within the tray.
“The feedback we got was immediate,” Morgan said. “‘The way the packaging was designed made it so much easier for surgeons who are double-gloved to pick up a two-millimeter screw and quickly get it onto a driver. They grabbed the driver out of the kit, stabbed the screw and inserted it.”
Morgan believes that’s the essence of good packaging design. It should remove barriers to improved clinical efficiency so that tasks become nearly effortless and, importantly, memorable for surgeons and surgical team members.
Differentiating Ideas
Morgan believes effective orthopedic packaging solutions are more than about protecting valuable devices and maintaining sterile barriers.
“If you want your company to be seen as a thought leader, not just in the life-changing impact of your technology but in how you operate, you need to think about everything that surrounds the product,” Morgan said. “Customers form an opinion about your device the moment they hold the box.”
Packaging is no longer a secondary consideration in orthopedic product development. It’s a critical component that needs to be considered from the start. In an increasingly competitive and experience-driven industry, first impressions carry significant weight. And they happen faster than most companies realize.
You only get one chance to make a first impression. It’s a cliché because it’s true.
“But now we understand the science behind it. First impressions are formed in about 100 milliseconds. That’s it,” Morgan said. “When does the clock start? The moment someone holds your device packaging.”
Orthopedic companies are approaching Morgan with increasingly sophisticated thinking about packing solutions.
“We’re getting customers coming to us with forward-thinking product concepts,” he said. “And I love it. They’re thinking creatively about how to eliminate risk and advance packaging in a way that’s much more closely aligned with human factors.”
For Morgan, the convergence between packaging design, sterility assurance and usability is where some of the most meaningful innovations are taking place in orthopedics. Achieving that level of success requires collaboration among multi-disciplinary team members.
“The device engineer is focused on the physical manipulation of the device itself — how it’s assembled, how it’s used and how it performs,” he said. “They don’t necessarily think about packaging design, sterilization, aging, distribution stress or the full lifecycle implications.”
The challenge is that these functions are often fragmented across numerous product development teams.
“Bring everyone involved in the project into a room together, even the marketing team, and ask a simple question: Is the entire user experience, from box delivery to disposal of the final recyclable materials, memorable?” Morgan said. “That’s when things get interesting.”
