How to Fix Orthopedic Imaging Workflows for Better Care and Performance

Learn how optimizing orthopedic imaging workflows can reduce delays, improve patient care, and strengthen your practice’s clinical and financial performance.

At BHS Connect, our Release of Information work gives us a close view of how delays in medical data, especially imaging, ripple across patient care and organizational performance. We see the frustration when records don’t move as fast as clinical needs, and we see the difference when workflows are designed to keep information flowing seamlessly.

Imagine this: a patient with a torn meniscus finally gets referred to an orthopedic surgeon. The MRI was done somewhere else, but the images still haven’t made it into the system. The consult is pushed back, the patient keeps waiting in pain, and their opportunity for timely surgery is lost to other scheduled cases.

This is not a rare mishap. It happens every day in healthcare systems everywhere. Orthopedic imaging workflows are too often fragmented, manual, and painfully slow. The result is a series of bottlenecks that affect everyone involved. And these are not just IT headaches. They are strategic obstacles that hurt clinical quality, drain operational efficiency, and drag down financial performance.

Healthcare leaders have a chance to change this. When imaging workflows run smoothly, care moves faster, staff feel less strained, waste is reduced, and the organization strengthens its position in a competitive market. The BHS team has compiled strategies and best practices inspired by what we’ve seen successful organizations do to improve their imaging workflow performance.

The price of inefficient imaging is not just inconvenient, it is significant and measurable.

How Imaging Delays Cost Time, Money, and Care

The price of inefficient imaging is not just inconvenient, it is significant and measurable.

When the system slows down, everyone feels it. Surgeons and staff who cannot access images quickly watch appointments get pushed back and surgeries rescheduled. Radiology teams spend hours tracking down images through phone calls, faxes, and uploads. The ripple effect is a drain on productivity that spreads across nearly every department.

The cost of fragmented imaging systems is more than frustration. It is a waste of dollars. A systematic review titled Cost of Low-Value Imaging Worldwide: A Systematic Review found significant opportunity for cost‐reduction in imaging that provides little value (including duplicate or unnecessary imaging). Scheduling inefficiencies represent lost revenue. Every repeat image adds unnecessary cost. And every manual step required to retrieve, verify, or share images increases administrative overhead.

Perhaps the most urgent impact of imaging inefficiency is on the people it is meant to serve. Patients pay the highest price when workflows fail. They wait longer for answers, endure prolonged pain, and sometimes miss the window for early intervention altogether. Clinicians are forced to make decisions with only part of the picture, which can compromise outcomes and undermine trust in the care process.

The smarter way forward is becoming clear. Healthcare leaders are realizing that piecemeal solutions no longer cut it. Real progress comes from moving toward integrated, scalable approaches that bring everything together. When workflows are consolidated, duplication drops, systems communicate more easily, and resources are used more strategically. Fixing imaging bottlenecks is not just a tech upgrade, it is an intentional investment in faster, better care and in the long-term strength of the organization and its ability to care for more patients.

Why the Problem Won’t Go Away

If the costs are so obvious, why do imaging workflows remain such a stubborn challenge? The reasons are complex, but they are not mysterious.

Too Many Systems, Too Little Connection Most healthcare organizations juggle multiple PACS and EMRs, often from different vendors. A primer for standards by RSNA points out that this patchwork setup is made worse by uneven adoption of standards like DICOM and HL7. Without a shared framework, sharing images becomes slow, error-prone, and frustratingly manual.

A Process with Too Many Hand-Offs Orthopedic imaging involves technologists, radiologists, surgeons, nurses, schedulers, and admin staff. Without automation, these teams rely on phone calls, emails, and improvised workarounds. Every handoff adds another chance for delay, confusion, or something slipping through the cracks.

Security at the Expense of Speed Protecting patient data is non-negotiable, but over-cautious processes can grind collaboration to a halt. Manual verification steps pile up, slowing the flow of images across organizations and adding more administrative weight to already busy teams.

Seeing the Problem as Too Small Perhaps the most overlooked reason is cultural. Many leaders underestimate the ripple effect of imaging inefficiencies. What feels like an operational nuisance is actually a strategic roadblock. Without executive sponsorship, efforts to improve workflows stay isolated within radiology or IT, never reaching the level of real organizational change.

Improving imaging workflows ultimately goes far beyond upgrading technology.

Turning Imaging Challenges Into Opportunities for Orthopedic Practices

For orthopedic practices, imaging challenges are never just technical issues. They influence patient flow, clinical efficiency, and the overall experience your practice delivers. The encouraging news is that each challenge holds the potential to become an opportunity. When imaging systems are connected, consistent, and simple to navigate, practices gain the ability to accelerate care, reduce bottlenecks, and compete more effectively in today’s outpatient environment.

Orthopedic groups across the country are discovering that consolidating imaging into a single, connected workflow creates meaningful improvements. When images no longer sit in separate PACS systems, disconnected viewers, or manual workarounds, clinical decisions happen faster and with fewer interruptions. Even small steps that improve how images move from one system to another can reduce delays, prevent duplicate studies, and give providers a clearer picture earlier in the care process. Whether a practice has one clinic or several, unified access to imaging consistently results in smoother workflows and better patient experiences.

Even though it comes from a larger system, this case study from UNC Health illustrates lessons orthopedic groups can apply. By connecting imaging directly into their EMR through a unified image repository and a universal viewer, clinicians gained near real-time access to images regardless of where the patient had been seen. This removed outdated tasks such as burning CDs or tracking down reports from separate systems. Images appeared earlier in the care process, which meant fewer delays, fewer repeat studies, and a more coordinated path from diagnosis to treatment.

Orthopedic practices can apply these same principles in a way that fits their own scale. Streamlined imaging workflows do not require enterprise-level budgets. They require solutions that break down silos, reduce manual work, and make information immediately usable. When imaging integrates cleanly with the EMR and with other diagnostic tools, the team spends less time searching for information and more time focusing on patient care.

Improving imaging workflows ultimately goes far beyond upgrading technology. It becomes a practical way for orthopedic practices to deliver faster care, improve staff efficiency, and keep schedules moving. When imaging systems work together as smoothly as gears in a well-tuned machine, practices can transform a long-standing pain point into a meaningful advantage.

A Framework for Action

Fixing orthopedic imaging workflows in physician practices up to large health systems is not just about buying new software. It takes a deliberate, cross-functional effort that brings together people, process, and technology.

Start by Taking Stock Begin by mapping the journey of an image. How long does it take from the moment the scan is captured until it is in front of the orthopedic surgeon? How often do studies get repeated because images are lost or inaccessible? Pinpoint where manual steps pile up. That is where the biggest delays live.

Get Everyone at the Table In orthopedic or musculoskeletal clinics, it’s crucial to engage surgeons/clinicians, radiology/diagnostics partners, IT, compliance/HIM, and administrative leadership from day one. Consider the case study of a private physical-therapy practice implementing a direct-referral imaging workflow. It shows this principle in action: clinicians, administration, and a radiology partner co-designed the process so that appropriate imaging referrals were executed within 15 minutes and interpretations returned in 30 minutes, all while achieving full reimbursement. By involving every stakeholder early, the workflow matched real clinical, administrative, and compliance needs, paving the way for smooth adoption, rather than a plan that sits on the whiteboard.

Build the Right Connections Choose solutions that make image sharing and access easy and secure. Cloud storage, image exchange platforms, and interoperability tools can be powerful, but they must support standards like DICOM, HL7, and IHE profiles to keep you future-ready and make data sharing seamless.

Streamline the Process Leading organizations use process mapping to spot redundancies and weak points, then turn those insights into a step-by-step plan for improvement. Here’s how:

• Map the Entire Workflow: Chart every step from image capture to when the orthopedic surgeon reviews it. Include handoffs, waiting points, and communication steps.
• Identify Bottlenecks: Look for where images sit in queues, where approvals stall, or where staff rely on manual workarounds.
• Eliminate Redundancies: Remove duplicate data entry, repeated requests, or unnecessary handoffs that add time but no value.
• Automate Where Possible: Introduce automation for tasks like image routing, notifications, and report delivery so staff spend less time chasing updates.
• Standardize Communication: Create clear, consistent pathways for escalations and results sharing so information does not get lost in a sea of phone calls and emails.
• Pilot and Refine: Test the redesigned workflow with a small group, gather feedback, and fine-tune before rolling it out system-wide.

The goal is a process that moves smoothly and predictably, freeing up time for clinicians to focus on patients rather than paperwork or follow-up calls.

Track and Share the Results Define a few clear metrics: time-to-image, repeat imaging rates, surgical scheduling delays. Build simple dashboards to keep them visible. As Brewster’s case study shows us, transparency builds momentum. When teams and leaders can see progress in real numbers, they are motivated to keep improving.

Fixing imaging workflows has a very real human benefit.

The Human Dimension

Imaging inefficiency is not just about technology or systems. It is about people: the clinicians trying to care for patients, and the patients waiting for answers.

A recent systematic review of radiologist burnout points to inefficient workflows and endless administrative tasks as key drivers of stress and job dissatisfaction. When clinicians spend hours chasing down images rather than focusing on patient care, burnout rises and morale falls.

Fixing imaging workflows has a very real human benefit. It gives clinicians time back to do the work that matters most: interpreting studies, consulting with peers, and talking with patients. It also spares patients the anxiety of waiting for results or coming back for repeat scans that could have been avoided.

We are already seeing what is possible when innovation steps in. One study on AI-powered chest X-ray worklist prioritization showed that automatically reordering cases by urgency can dramatically cut turnaround times for critical findings. GE Healthcare’s intelligent workload management platform uses predictive analytics to match cases with the right radiologist at the right time. The result? Measurable gains in productivity and a noticeable drop in stress levels.

These tools take on the background work like retrieving prior images, triaging cases, checking protocols, even drafting reports, so clinicians can stay focused on what only they can do: interpreting results, guiding decisions, and caring for patients.

Optimizing imaging workflows, then, is really about human-centered care. It is about reducing friction, restoring trust, and creating a better experience for everyone on both sides of the exam table.

Final Thoughts

Orthopedic imaging workflows sit at a critical intersection where clinical quality, operational efficiency, and financial performance all meet. When they are left unmanaged, they slow care, drain resources, and wear down the clinicians who rely on them. But when they are addressed with intention, they become a powerful lever for transformation across the entire health system.

The good news is that progress does not require a massive overhaul. Leaders can start small. Audit the current workflows, find one or two areas where improvement will have the biggest impact, and bring a cross-functional team together to act. Measure the results, share the wins, and build momentum step by step.

Healthcare organizations that take this seriously will do more than fix a process. They will deliver faster, more coordinated care, boost clinician satisfaction, and earn the trust of patients and referring providers. In doing so, they set a new standard for what efficient, patient-centered care looks like.

BHS partners with leading healthcare organizations to provide a full range of no-cost Release of Information (ROI) services supporting Medical Records and Health Information Management teams.

If someone on your team would like to explore how we can support your facility, please feel free to reach out. We’d be happy to share more details and answer any questions.