In sterile processing, the protection of delicate instruments, particularly scopes, is not just a handling consideration, but a measurable cost and performance factor.
Scopes contain highly sensitive components, including precision lenses, fiber optic bundles, and internal channels that are inherently vulnerable to mechanical stress. Despite their durable external construction, internal elements can be easily compromised through routine handling, transport, or improper positioning in trays.1
The Hidden Cost of Scope Damage
Scope damage can occur more often than expected, with costs that quickly add up. Published data from the Professional Society for Health Economics and Outcomes Research show repair costs for reusable scopes can range widely from $148 to over $7,500 per repair event in U.S. hospitals, and that the average repair costs in some studies exceed $4,000 per incident.2 Even standard flexible endoscope repairs commonly fall between $800–$2,500, with complex electronic or imaging repairs reaching $4,000 or more.3
Where Damage Occurs
While scope damage can occur during procedures, a significant portion is linked to handling and reprocessing workflows:
- Up to 70% of scope damage is attributed to user handling or preventable factors1
- Common failure points include fiber optic breakage, lens damage, and failed leak tests, often resulting from bending, impact, or compression1
One overlooked risk area is transport between sterile processing and the OR. When scopes shift or come loose in trays, they are at risk for damage during transit, often leading to costly repairs for lenses or fiber optics. Even minor movement can introduce micro-impact events or pressure points that contribute to cumulative damage over time.
According to ANSI/AAMI ST79:2017/(R)2022, packaging is intended to protect the contents until use. This aligns with guidance from AAMI TIR109:2025, which emphasizes that maintaining device integrity during transport requires minimizing shock, vibration, and movement, all of which can contribute to damage over time. Together, these standards reinforce the importance of packaging and transport systems that secure instruments in place, preserve sterile barrier integrity, and reduce environmental risk throughout handling and movement.4
Why Protection in Packaging Matters
Because scopes pass through multiple touchpoints including cleaning, inspection, assembly, sterilization, storage, and transport, packaging plays a critical role in risk mitigation.
Implementing consistent protection strategies during tray assembly can help:
- Minimize movement and unintended contact during transport
- Reduce stress on sensitive distal tips, lenses, and fiber bundles
- Support compliance with handling best practices
- Extend instrument lifespan and reduce repair frequency
How Sterile Processing Teams Are Reducing Risk
To address these risks, many sterile processing teams are adopting more intentional, standardized protection methods particularly for delicate components like scope tips.
One approach is the use of dedicated tip protection solutions during tray assembly and transport as seen in the image below where damage to the lens and fiber optics could result in a $4,000+ repair cost:
At Raine Medical, our Renova™ tip protectors are designed to:
- Help secure and shield distal ends from contact and pressure
- Stay reliably in place during handling, sterilization (steam or low-temperature) and transit
- Support consistent, repeatable packaging & preparation practices
- Integrate into existing workflows without adding complexity
By incorporating tip protection as a standard step in packaging, teams can reduce variability and better align with AAMI guidance around minimizing movement and protecting device integrity during transport.
A Proactive Approach to Cost Reduction
As healthcare systems continue to focus on cost containment and operational efficiency, reducing avoidable scope damage represents a clear opportunity. Even small interventions such as ensuring scopes are properly protected within trays can have a measurable impact when scaled across high-volume environments. By combining standardized handling practices with purpose-built protection, sterile processing teams can proactively reduce damage risk rather than reacting to it.
Learn more about our Renova™ instrument protection here: https://rainemedical.com/sterile-processing-products/
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