Workflow friction single-screen versus parallel work: Why speed breaks at scale
Key Takeaways:
- Single-screen workflows may strain in high-volume settings, where multiple users and tasks must occur simultaneously.
- Parallel workflows help keep teams aligned in real time for faster, more accurate care and greater visibility.
- The right workflow saves time and may improve patient care, job satisfaction, and the client experience.
On the surface, single-screen workflows look like a simple, linear way to quickly manage tasks. But in veterinary medicine, where everything happens at once, a step-by-step approach can leave users 10 steps behind.
The alternative, parallel work, aligns with veterinary workflows by enabling multitasking, simultaneous use, and live updates that help keep teams informed, accurate, and on time.
If your practice feels busy but not efficient, here’s why your single-screen workflow may be slowing you down.
What is workflow friction in veterinary practice?
While it’s usually easy to recognize large efficiency barriers, such as no-shows or disconnected tools, workflow friction can be tougher to spot. It’s often the little things that slow your team down—minor inconveniences that they may adapt to without noticing. This can look like:
- Extra clicks
- Switching between windows or screens
- Waiting on other team members
- Re-entering data across multiple screens or tools
Workflow friction is simply anything that slows, interrupts, or interferes with completing a task. When you know how to recognize it, you’ll see it everywhere—and how single-screen workflows can be a major source.
The single-screen workflow: A closer look
Single-screen workflows project an efficient, streamlined feel:
- They’re simple: The linear design requires logical step-by-step progression through tasks (e.g., patient record to treatment notes to billing to checkout).
- They’re easy to train: A simple workflow often makes it easier to onboard new staff.
- They work well in the right setting: Single-screen workflows can be excellent in low-volume settings where the work is predictable.
However, single-screen systems have natural friction that compounds over time. These areas include:
- Requiring users to click between screens and tabs to move through the workflow
- Requiring users to wait until the right screen is open to enter information
- Requiring users to circle back and input information later, by memory, often after care has occurred
From hour to hour and patient to patient, these small points of friction accumulate, which can result in time loss, reduced efficiency, and higher mental fatigue.
Why single-screen systems can’t keep up
Sequential workflows don’t support simultaneous input
Veterinary medicine is collaborative, but a single-screen system limits teams to working in a strict sequence. When multiple team members need to input information simultaneously, it can create queues, delays, and unnecessary difficulty. This can lead to incomplete records, errors, and frustrating bottlenecks.
Context switching slows everything down
The act of switching between screens and tasks may seem simple, but each click and tab increases mental load. Even when the flow is logical and linear, constant movement may lead to more errors and decreased speeds.
Work gets deferred—and then compressed
When software can’t keep up with real-time demand, tasks like entering patient notes, adding charges, and adding client updates may get pushed to “later.” As tasks multiply and the day winds down, teams are forced to complete the delayed tasks under pressure, increasing the risk for error.
Lack of visibility leads to delays and care gaps
Without real-time updates, single-screen workflows prevent other users from viewing the latest information, such as what tasks are complete or which orders have been filled. This leaves teams to rely on mental recall or direct communication, which is more likely to introduce errors or leave tasks unfinished.
Small inefficiencies add up to longer shifts
Every second counts, especially in a busy practice. If your team is losing a few extra seconds on every task, that adds up to a significant daily loss. Over time, these minor inconveniences can leave staff feeling perpetually overwhelmed and behind.
Flowing together: The parallel workflow model
Parallel workflows support the multifaceted, multitasking reality of veterinary medicine with integrated systems that automatically update to keep every team member informed.
By allowing multiple tasks to be completed simultaneously, such as capturing charges from the treatment screen and automatically flowing them to the invoice, parallel workflows may help teams complete cases in real time with less friction and less need to complete tasks later.
Some of the other clinical applications of parallel workflow include:
- Better collaboration: Multiple users can enter information simultaneously.
- Greater visibility: Real-time updates help keep teams informed about patient orders, test results, and even client communications.
- Easier handoffs: When teams can feel confident that tasks are complete and information is up to date, patient handoffs tend to be smoother and may require less follow-up.
When tasks occur simultaneously, teams can enjoy faster workflows, make better informed decisions, and switch between tasks with less cognitive strain—and may have less after-hours catch-up.
Why workflows matter in modern veterinary practice
Modern veterinary teams are often managing high caseloads, complex conditions, and high client expectations. Inefficient workflows and fragmented systems may further complicate these challenges by creating unnecessary delays and an increased workload.
Parallel workflows help veterinary teams move forward by keeping tasks, information, and actions up to date and aligned. By smoothing common friction points like extra clicks, screen switching, and delayed updates, the entire team can stay coordinated, on time, and ready for whatever happens next.
Single‑Screen vs. Parallel Work: FAQs
What is a single-screen workflow in veterinary medicine?
Single-screen workflows move the user through an ordered sequence of tasks, requiring them to switch between screens to continue.
What makes a parallel workflow beneficial for veterinary practices?
Parallel workflows allow multiple tasks, such as chart notes, treatment updates, and charge capture, to be completed simultaneously with real-time updates that the entire team can view to improve alignment, efficiency, and patient care.
Why do linear single-screen workflows break down over time?
Linear workflows can be effective in small-volume settings, but their single-task approach makes them generally unable to keep pace with the complexity of a larger veterinary practice.
Do parallel workflows require new software?
Not always, but well-integrated software systems such as ezyVet and Neo are designed to provide task automation, real-time collaboration, and flexible configurations to suit a variety of veterinary settings and specialties.
Working together
Single-screen workflows can feel like a logical way to maintain order, but in the fast-paced setting of a veterinary clinic, this approach may create more friction than function. Integrated systems with parallel workflows help keep teams moving and information flowing, so there’s nothing left at the end of the shift but a sense of accomplishment.
Book a free demo to see how IDEXX practice management software keeps your practice connected, prepared, and moving forward.
