The global medical equipment maintenance market was valued at $41.90 billion USD in 2023 and is set to increase at a compound annual growth rate of 10% from now until 2030.
This spike in demand is supported in part by an aging U.S. population. According to current predictions, the proportion of American adults aged 65 and up will increase by 42% between 2022 and 2050.
These demographic changes will also create a greater need for medical devices, which are extremely complex, sophisticated, expensive assets that require specialized intervention when something stops working.
One of the most common use cases for mobile apps for medical devices, such as TrueContext, is preventive maintenance.
Prevention ensures there’s no costly downtime from a healthcare and financial standpoint. This is because issues are discovered and resolved before they escalate into larger problems.
Key takeaways
- Proactive maintenance can save organizations up to $760 per device per day by extending equipment lifespan and reducing unplanned downtime.
- Medical equipment maintenance management is critical for patient safety, asset uptime, and compliance. When these systems fail, they can lead to misdiagnoses, treatment delays, or regulatory penalties.
- A comprehensive strategy relies on four maintenance types: routine/scheduled, preventive, predictive, and corrective. They work together to maintain usability, prevent failures, and rapidly resolve breakdowns.
What is medical equipment maintenance management?
Medical equipment maintenance management involves planning, scheduling, tracking, and executing preventive and corrective maintenance for healthcare devices and systems. It ensures all clinical assets are functioning as they should: safely, reliably, and in line with their lifecycle.
Using a blend of technical expertise and data-driven insights, medical equipment maintenance management is meant to maximize uptime and equipment performance.
The scope of assets covered includes but is not limited to:
- Life support equipment like ventilators, defibrillators, and anesthesia machines.
- Diagnostic imaging systems like X-ray, MRI, CT, and ultrasound machines.
- Patient monitoring devices like cardiac sensors and telemetry systems.
- Therapeutic equipment like infusion pumps and dialysis machines.
- Facility support systems like sterilizers and HVAC.
Given the mission-critical nature of these assets, routine maintenance management is a must. Poorly calibrated or malfunctioning equipment can lead to misdiagnoses, treatment delays, or other adverse effects. What’s more, efficient workflows are a huge help for clinical staff, freeing up time to focus on higher-value activities.
It’s also a must for regulatory compliance. Governing bodies like The Joint Commission and the U.S. Food and Drug Administration (FDA) oversee medical device safety and record-keeping.
This requires providers to have robust maintenance programs backed by traceable documentation and audit trails. But, managing all of these touchpoints can be difficult.
Many organizations use an intelligent mobile workflow app to keep every stakeholder and task on track. These platforms:
- Guide technicians through every step of a service task.
- Capture real-time data, so stakeholders can proactively track equipment status.
- Ensure maintenance protocols are being executed to standard organization-wide.
What are the 4 types of medical equipment maintenance?
A comprehensive medical equipment maintenance strategy relies on four pillars: preventive, corrective, predictive, and routine/scheduled. Each one plays a role in keeping clinical assets safe, reliable, and available.
Preventative maintenance
Preventative maintenance aims to neutralize risks before equipment failure occurs. It’s the foundation of a well-run maintenance program.
Preventative maintenance preserves baseline performance and reduces repair costs long-term. It involves regular inspections, testing, calibration, cleaning, and part replacements if necessary.
Technicians rely on manufacturer recommendations and usage data to carry out these tasks. The aim is to resolve issues like wear-and-tear early to minimize unexpected breakdowns.
For example, a medical provider may be required to check their defibrillator battery levels every month to support their readiness efforts. Or, they may calibrate their imaging equipment at routine intervals.
Many organizations choose to implement automated preventive maintenance workflows. By letting technology handle the background monitoring, employees can focus their attention elsewhere.
Corrective maintenance
When a failure does occur, corrective maintenance restores assets to their normal operating condition. This can range from minor repairs to parts replacements, remediating issues that weren’t prevented by routine checks or were simply unforeseen.
For example, technicians may need to repair a broken touch screen on an infusion pump or fix faulty wiring.
Predictive maintenance
While it might sound similar to preventive maintenance, predictive maintenance is something else entirely. This pillar forecasts potential failures based on real-time performance data, usage trends, and diagnostic information.
Predictive maintenance does not adhere to a set schedule. It’s informed directly by an organization’s current equipment conditions.
For example, technicians may monitor the vibration levels inside a CT scanner to detect wear-and-tear on its internal bearings.
Routine/scheduled maintenance
Finally, routine/scheduled maintenance is a structured and repeatable set of basic checks. Whether daily, weekly, or quarterly, these interventions keep machines operating properly and within their basic functional parameters.
Routine/scheduled maintenance tends to be a simpler, more frequent complement to preventive maintenance.
Together, this maintenance matrix covers every angle of equipment care for maximal uptime and performance. Scheduled tasks maintain immediate usability, preventive maintenance reduces the risk of failure, predictive maintenance uses data to optimize repairs and resource allocation, and corrective maintenance resolves problems quickly when they arise.
What are the benefits of medical equipment maintenance?
Beyond keeping your most important machines running, these practices enhance patient care, cut down on repair costs, uphold compliance, and boost operational resilience.
H3: Extends the life of medical equipment
Regular maintenance extends the useful life of medical assets by preventing wear and tear from progressing into equipment failure.
Facilities with structured preventive and predictive strategies are often able to keep expensive machines like MRI scanners and ventilators running for longer. This delays replacement costs and maximizes return on investment (ROI).
H3: Reduces unplanned system downtime
Quick and early interventions can greatly reduce unplanned system downtime, keeping critical devices online when it matters most. They also lead to cost savings. According to a GE Healthcare report, equipment downtime can cost hospitals up to $760 per device per day.
H3: Mitigates the risk of injury or misdiagnosis
When a medical device malfunctions, patient safety is immediately compromised. Planned maintenance mitigates the risk of injury or misdiagnosis by ensuring devices are accurate, calibrated, and ready for use at all times.
It also increases trust and peace of mind among clinicians, who rely on these machines to uphold the highest treatment standards.
Minimizes disruption to patient care
When equipment is functioning as it should, organizations are better able to predict their workflows, schedule appointments more effectively, and minimize disruptions to patient care. Maintenance paves the path to running reliable internal systems and more efficiently allocating physical assets.
Maintains regulatory compliance
Certain external expectations require facilities to actively maintain their assets. Regulators put forth certain compliance measures that set the bar for clinical performance. This requires hospitals to document their maintenance programs in case of an audit.
Without the proper proof in-hand, they may face significant fines or penalties.
All of these responsibilities can create a lot of admin work. Instead of wrangling hard-copy documentation, organizations that digitally manage their maintenance operations achieved results like a 75% reduction in administrative burden.
With these tasks off their plates, technicians and managers can turn their attention from rote paperwork to value-added tasks.
What are the important elements of medical equipment preventive maintenance?
Maintenance scheduling
A well-defined scheduling framework is the backbone of preventive maintenance. Tasks should be scheduled based on manufacturer guidelines, regulatory requirements, risk classification, and actual usage patterns.
For example, life-critical equipment may call for more frequent inspections compared to lower-risk devices.
Documentation and record-keeping
Keeping documentation current and error-free is essential for operational visibility and compliance. This can include service histories and inspection results to calibration data and technician sign-offs.
Centralizing these reports on a digital platform is the best way to:
- Track the status of each asset.
- Easily access compliance information during audits.
- Identify recurring issues to continuously optimize maintenance flows.
Standardized procedures
One important element of keeping accurate, consistent documentation is standardized templating. Define exactly how maintenance tasks should be performed, no matter who’s on the job.
Clearly defined procedures and checklists guide technicians through each step of a service activity. This reduces process variation and prevents information from slipping through the cracks.
Inventory management
When a repair is needed, systems will begin to collapse or fail quickly if you don’t have the right parts on hand. Effective inventory management tracks spare parts and replacement components to prevent delays caused by out-of-stock items or over-ordering.
H2: What are the main challenges of medical equipment maintenance?
Healthcare facilities face several challenges when it comes to maintaining their medical equipment:
- Budget constraints often force them to delay upgrades, cut down on preventive maintenance, or rely on aging equipment that’s more likely to fail.
- Staff shortages compound the issue, making it difficult to keep up with maintenance schedules and documentation requirements.
- Increasingly complex medical technology, including software, sensors, and connectivity features, require specialized skills to service and troubleshoot, which can be difficult and expensive to come by.
- The sheer diversity of equipment across departments increases training parts sourcing, and standardization burdens.
- The need for detailed, auditable logs of each maintenance intervention further strains operations due to the massive administrative lift.
- Minimizing downtime during maintenance activities can be especially challenging in high-demand environments, where taking equipment offline for service can disrupt workflows or delay treatments.
Healthcare organizations can reduce the impact of these challenges by focusing on proactivity and prevention. This reduces the incidence of repairs and the associated ripple effect.
Real results: Using TrueContext for medical equipment maintenance
With TrueContext, one Fortune 500 medical device manufacturer improved its field services operations specifically for preventive maintenance and inspection.
- Cost saving through efficiency: TrueContext helped field teams by eliminating repeat work, which saves 15+ minutes per case and approximately $700K due to extended asset lifetimes and service call efficiency.
- Error reduction: The company now uses mistake-proof data entry to quickly identify process gaps, deploy calibrated tools, and ensure forms follow exact steps and validations, while automatic geo-stamping maintains clear data traceability.
- Speedy deployment: Using TrueContext’s visual, low-code solution, the company has built and deployed over 99 unique forms, including 20 which are related to preventive maintenance. So far, there have been over 7,000 unique submissions, of which nearly 2,000 are directly related to preventative maintenance and testing.
- Compliance and audits: TrueContext’s built-in security features meet all of the evolving traceability, accountability, and data integrity standards needed to offer aftermarket services.
- Faster quote delivery: TrueContext improved customer satisfaction by replacing back-and-forth emails and manual spreadsheets with professional forms that capture only required data to reduce effort and ensure accurate, trackable account information.
- Full-circle improvements: TrueContext supports a circular set of use cases. Training embeds standardized procedures, service work applies them in the field, and insights from real work continuously refine maintenance and operational workflows.
What could medical equipment maintenance look like with less downtime and clearer compliance? Explore how TrueContext helps teams standardize preventive maintenance and keep critical assets online.
