Imaging equipment disposition has become one of the more consequential decisions an imaging department makes. As technology evolves and AI reshapes what a modern system can do, healthcare organizations are constantly weighing whether to retire, replace, repurpose, resell or refurbish the equipment they already own, all while protecting patient care, controlling cost and staying compliant. To understand how today’s leaders navigate those choices, ICE Magazine convened a roundtable of imaging professionals to share their experiences and strategies for managing imaging equipment across its full life cycle.
Participants in this Director’s Circle on equipment disposition are:
- University Hospitals Radiology Director Michelle Nocera;
- a former Corporate Director of Capital Damion Schinnerer;
- Piedmont Macon Medical Center CT Lead Leigh Scott; and
- a former Director of Imaging Services Derek Taylor.
The Factors Behind an Imaging Equipment Disposition Decision
Q: What factors most influence your organization’s decision to retire, replace, repurpose or sell imaging equipment? How have those considerations changed in recent years?
NOCERA: We evaluate several key factors, including the age of the equipment, room utilization, downtime and reliability, and available software capabilities. We also align closely with strategic partners and internal stakeholders to understand future clinical and operational needs. Decisions are influenced by whether technology supports growth opportunities, aligns with service line strategy, or indicates a need to consolidate or exit a space. In recent years, considerations have expanded beyond basic life cycle and replacement timing to include advanced software functionality, interoperability and the ability to support emerging technologies.
SCHINNERER: The biggest factors are clinical need, reliability and total cost of ownership. We must decide whether an imaging system still meets patient demand, whether repairs and downtime are becoming too frequent, and whether the equipment remains cost-effective compared with replacement or refurbishment. In practice, budget constraints and service availability weigh heavily because we do not have the luxury of keeping backup systems idle.
SCOTT: Several factors influence our organization’s decision to retire, replace, repurpose or sell imaging equipment, with patient care and clinical performance serving as the foundation of those decisions. Key considerations include system reliability, image quality, utilization rates, service history, maintenance costs, vendor support and the equipment’s ability to meet current and future clinical needs.
We also evaluate operational factors such as system uptime, exam throughput, workflow efficiency, and the impact equipment performance has on patient access and overall department productivity. As imaging technology continues to advance, the ability to support new clinical applications, AI-enabled tools, dose optimization strategies and cybersecurity requirements has become increasingly important.
In recent years, these decisions have evolved from being driven largely by equipment age to being guided by a more comprehensive assessment of performance, value and strategic alignment. Healthcare organizations are placing greater emphasis on data-driven asset management, total cost of ownership and long-term technology planning. There is also increased focus on sustainability initiatives, responsible equipment disposition and maximizing the value of existing assets through upgrades, redeployment or resale when appropriate.
Ultimately, the goal is to ensure that imaging technology continues to support high-quality patient care, operational excellence and responsible financial stewardship while positioning the organization to meet future healthcare demands.
TAYLOR: Age of equipment, decreasing equipment reliability, new revenue opportunities, addresses community appointment backlogs, new AI benefits, improved throughput. In more recent years, we’ve shifted away from solely looking at the age of the equipment and focused more on new revenue opportunities and new patient benefits. Also, with the ongoing development of AI, there’s increased focus on what benefits can be gained from AI adoption.
Balancing Financial Objectives With Clinical Needs
Q: How do you balance financial objectives with clinical needs when determining the appropriate disposition strategy for imaging equipment?
NOCERA: Balancing financial and clinical priorities requires a collaborative, data-driven approach. We partner closely with clinical leaders to ensure equipment decisions support quality of care, patient safety and operational efficiency. At the same time, we evaluate total cost of ownership, including maintenance, uptime and potential replacement costs. We prioritize investments that deliver measurable clinical value such as improved diagnostic capabilities or workflow efficiency while also identifying opportunities to maximize asset value through resale, redeployment or extended use. The goal is to align capital planning with both strategic growth and fiscal responsibility.
SCHINNERER: We balance the two by treating patient care needs as the first filter and financial impact as the decision framework. If an imaging system is no longer reliable, delays care or cannot support the clinical volume and studies we need, that pushes us toward replacement even when the upfront cost is hard to absorb. On the financial side, we look at the total cost of ownership, not just the purchase price. That includes maintenance, downtime, staffing burden, utilization, reimbursement potential and whether a system can be kept productive enough to justify staying in service or being repurposed. In a rural setting, equipment decisions also must fit a very limited capital budget and a strong need to keep cost per exam manageable.
SCOTT: Balancing financial objectives with clinical needs is one of the most important aspects of imaging equipment life cycle management. While financial stewardship is essential, patient care and clinical performance must remain the primary drivers of decision-making. When evaluating disposition strategies, we look beyond the age of the equipment and assess factors such as image quality, system reliability, uptime, exam throughput, service costs and the ability to support current and future clinical applications. If a system continues to provide high-quality diagnostic imaging, meets operational demands, and can be maintained cost-effectively, extending its useful life may be the most responsible financial decision.
At the same time, there comes a point when increasing maintenance costs, technology limitations, workflow inefficiencies or the inability to support evolving clinical needs can negatively impact patient care and operational performance. In those situations, replacement may provide greater long-term value despite the upfront capital investment. The goal is to take a balanced, data-driven approach that considers total cost of ownership, clinical capabilities, patient access and strategic organizational priorities. By aligning financial and clinical objectives, healthcare organizations can make disposition decisions that support both responsible resource management and the delivery of exceptional patient care.
TAYLOR: I imagine like most organizations, the capital request list far exceeds the dollar amount allocated in the capital bucket. One way we combatted this was to ensure we assigned both a financial and non-financial score for each of our capital requests. This way we had a better understanding of both dimensions when deciding between capital projects.
How Data Drives Life Cycle and Disposition Planning
Q: What roles do equipment utilization data, service records and system performance metrics play in your equipment life cycle and disposition planning?
NOCERA: These data points play a critical role in our decision-making process. Utilization data helps us determine whether equipment is being used efficiently or if capacity can be optimized through redeployment. Service records and downtime metrics provide insight into reliability, maintenance costs and operational impact. Together, these metrics allow us to make proactive, evidence-based decisions, whether that means investing in upgrades, replacing aging systems or extending the life of equipment that continues to perform well. This approach helps us minimize disruption to patient care while maximizing return on investment.
SCHINNERER: Equipment utilization data, service records and performance metrics are the backbone of our life cycle planning because they tell us whether an asset is truly supporting care or quietly becoming a liability. Utilization shows demand, service history shows reliability and performance metrics show whether the system is still meeting clinical expectations efficiently. Service records matter because they reveal the real cost of keeping equipment in place. Repeated repairs, long turnaround times, frequent parts replacement or rising downtime often signal that the machine is approaching the end of its economically useful life, even if it is still technically operable. In our setting, that is especially important because every unplanned outage can disrupt patient access and force travel outside the community.
Measures like uptime, repair speed, reliability and repeat-failure patterns help us judge whether the equipment is still delivering consistent image quality and workflow support; if those metrics slip, the clinical argument for retention gets weaker. Together, these metrics help us decide whether to extend life, refurbish, repurpose or dispose of the equipment in a way that protects both patient care and the hospital’s financial stability.
SCOTT: Equipment utilization date, service records and system performance metrics are essential components of effective equipment life cycle management and disposition planning. These data points provide an objective view of how a system is performing and help guide decisions regarding upgrades, replacement or disposition. Utilization data helps organizations understand whether equipment is meeting current clinical demand, operating efficiently and supporting patient access goals. Service records provide valuable insight into maintenance trends, repair frequency, parts availability and overall reliability. As systems age, increasing service costs and downtime can significantly impact both operational efficiency and patient care.
Performance metrics such as image quality, exam throughput, system uptime and workflow efficiency also play a critical role. Even equipment that remains functional may no longer meet the clinical, operational or technological needs of a modern imaging department. By combining utilization, service and performance data, healthcare organizations can move beyond age-based replacement decisions and adopt a more strategic, data-driven approach to asset management. This allows leaders to optimize capital investments, reduce unexpected disruptions and ensure imaging technology continues to support high-quality patient care.
TAYLOR: Equipment utilization data does play a role (albeit a smaller role). However, one example I can share is that when your CT scanners get beyond 10,000-15,000 CT scans per year per scanner, expanding is something to keep in mind. There are a lot of other factors at play, however, so each organization might experience something different. Another area to pay attention to is your throughput and bottlenecks. If your TAT is struggling and there are no other levers to pull, it could be time to add equipment to your fleet.
The Challenges of Deinstallation, Resale and Disposal
Q: What are the most significant challenges associated with deinstallation, relocation, resale or disposal of imaging equipment? How can organizations best address them?
NOCERA: One of the biggest challenges is accurately determining the residual value of equipment and selecting the most effective disposition pathway. There are also logistical complexities, including timing, coordination with vendors and minimizing operational disruptions. To address this, we engage both OEM partners and third-party resellers to evaluate market value and options. By comparing these perspectives, we can determine the best financial and strategic outcome. Our approach is flexible – we’ve successfully utilized both vendor trade-in programs and independent resale channels depending on the specific equipment and market conditions.
SCHINNERER: A structured decommissioning plan helps us decide early whether the equipment is better suited for relocation, resale or disposal. For resale or transfer, the key is preserving condition and documentation. Complete maintenance records, proper disassembly, secure packing and post-move testing all improve the chance of recovering value and reduce the risk of miscalibration or hidden damage. If patient data may still reside on the system, secure sanitization is essential before the asset leaves the facility.
For disposal, compliance and environmental responsibility are the main concerns. We work with qualified partners; follow applicable federal, state and local rules; and choose recycling or responsible disposal pathways when resale is not practical. That approach reduces liability, protects staff and helps avoid unnecessary waste while keeping the process as efficient as possible.
SCOTT: One of the biggest challenges associated with the deinstallation, relocation, resale or disposal of imaging equipment is managing the process without disrupting patient care and daily operations. Imaging systems are critical assets, and any transition must be carefully coordinated to minimize downtime and maintain access to services.
Another significant challenge is the complexity of the equipment itself. Imaging systems require specialized expertise for deinstallation, transportation and reinstallation. Factors such as site preparation, structural requirements, power needs, shielding considerations and equipment calibration must all be addressed to ensure a successful transition.
Data security is also a critical consideration. Organizations must ensure that all patient information is properly removed from equipment before it leaves the facility and that the process complies with applicable regulatory requirements.
From a financial perspective, determining the residual value of aging equipment and identifying reputable partners for resale or disposition can be challenging. Healthcare organizations benefit from working with experienced vendors who understand the imaging market and can help maximize asset value while ensuring regulatory and environmental compliance. The best way to address these challenges is through proactive life cycle planning. By evaluating equipment performance, service costs, technology needs and replacement timelines well in advance, organizations can develop a strategic transition plan that minimizes risk, reduces operational disruptions and supports both financial and clinical objectives.
TAYLOR: The most difficult part of this really has to do with project management and balancing all the needed tasks for replacing equipment. Some of the ways I’ve been successful is to ensure you pull all of the experts together including your biomedical team, your project manager, the field service engineers and the vendor installation team. I’ve found it easier if you can get the vendor to trade in the existing equipment and handle the deinstallation process.
Sustainability, Compliance and Data Security
Q: How are sustainability initiatives, environmental considerations or regulatory requirements influencing equipment disposition decisions within your organization?
NOCERA: Sustainability and life cycle management are increasingly important in our decision-making. We prioritize maintaining equipment that is not yet obsolete by partnering with vendors to keep software up to date and incorporate new advancements whenever possible. These expectations are often built into vendor agreements upfront. This approach allows us to extend the useful life of equipment, reduce unnecessary waste and ensure compliance with environmental and regulatory standards, while keeping pace with technological innovation.
SCHINNERER: Regulatory requirements are a major gatekeeper in the decision process. We cannot choose a disposition path that risks HIPAA exposure, environmental contamination, or noncompliance with disposal rules, so documentation, data sanitization, and use of qualified vendors are essential before anything leaves the facility. In practice, these factors push us toward a more structured life cycle approach. We are more likely to keep equipment in service longer if it remains safe and efficient, but we are also more likely to retire or replace items when compliance burden, environmental risk or disposal complexity starts to outweigh the benefit of keeping them.
SCOTT: Sustainability and environmental responsibility are becoming increasingly important considerations in equipment disposition decisions, although patient care, safety and operational performance remain our primary drivers. When imaging equipment reaches the end of its useful life within our organization, we look for opportunities to maximize its value through refurbishment, resale, trade-in programs or responsible recycling whenever appropriate. Environmental considerations are particularly important when dealing with complex imaging systems that contain electronic components and specialized materials. Working with reputable vendors and disposition partners helps ensure equipment is handled in accordance with environmental regulations and industry best practices.
Regulatory and cybersecurity requirements also play a significant role in the disposition process. Healthcare organizations must ensure that patient data is securely removed from retired equipment and that all disposition activities comply with applicable regulatory standards. As technology continues to evolve, organizations are taking a more structured approach to equipment life cycle management, balancing environmental stewardship, regulatory compliance, financial responsibility and the need to maintain access to advanced imaging technology for patients and providers.
TAYLOR: Of all of these, regulatory compliance to ensure you are up to date with any equipment regulation requirements. In addition to this, if your state requires a certificate of need, this can also influence decision making. More recently, we’re starting to see MRI systems with significantly less helium requirements which may influence some organizations to implement MRI units.
The Road Ahead: AI and the Future of Equipment Disposition
Q: Looking ahead, what trends, technologies or market factors do you expect will have the greatest impact on imaging equipment disposition strategies over the next three to five years?
NOCERA: Artificial intelligence will be a major driver, particularly as it increasingly integrates with imaging platforms to enhance diagnostic accuracy and workflow efficiency. Faster upgrade cycles focused on software rather than hardware. Using cloud-based capabilities. Data integration and ensuring systems connect seamlessly across the enterprise. Overall, the focus will continue to shift toward maximizing technology value, adaptability and long-term strategic alignment rather than purely age-based replacement models.
SCHINNERER: Over the next three to five years, the biggest impact will likely come from four forces: faster technology turnover, stronger demand for refurbished systems, tighter sustainability expectations and continued budget pressure. As imaging platforms add AI features and software-driven capabilities, older equipment may lose value sooner even if the hardware still works Regulatory and compliance complexity will remain a major gatekeeper. As disposal pathways become more structured and more visible, facilities will need better documentation, certified partners and cleaner data on decommissioning, sanitization and environmental handling before equipment can be moved, sold or scrapped.
SCOTT: Over the next three to five years, I believe the biggest factors influencing imaging equipment disposition strategies will be advancements in AI, increasing emphasis on sustainability and the accelerated pace of technology innovation. Healthcare organizations are being challenged to maximize the value of their capital investments while ensuring patients have access to the latest diagnostic capabilities.
As AI-driven applications become more integrated into imaging workflows, facilities will need to evaluate whether existing equipment can support new software platforms and clinical applications. This may shorten replacement cycles for some systems while extending the life of others through software upgrades and remote enhancements.
Sustainability initiatives will also play a larger role. Health systems are increasingly focused on responsible equipment disposition, including refurbishment, resale and recycling programs that reduce environmental impact while recovering value from retired assets. Additionally, continued pressure on healthcare budgets will drive organizations to take a more strategic approach to asset management. Decisions regarding equipment replacement or disposition will increasingly be based on total cost of ownership, serviceability, cybersecurity requirements, uptime performance and the ability to support evolving clinical needs rather than age alone. Ultimately successful disposition strategies will require balancing financial stewardship with technology adoption, operational efficiency and patient care outcomes.
TAYLOR: AI is certainly the one that rises to the top and I believe will continue to dominate many future equipment decision discussions. As companies continue to find ways to improve operations through the use of AI, organizations will continue to invest so long as it yields a positive ROI and/or improves the patient/physician/staff experience.
For all the differences in setting, from large academic health systems to rural hospitals, the four leaders describe a strikingly consistent philosophy. Sound imaging equipment disposition is no longer a question of age alone but of data, total cost of ownership and clinical value, with patient care as the constant first filter. Each also points to the same horizon: AI and software-driven capability will increasingly determine when a system still has life left in it and when its value is better recovered through resale, refurbishment or responsible recycling. The organizations best positioned for what comes next will be those that treat disposition as a planned, evidence-based discipline rather than a reaction to the next failure.
