The clipboard is still there. For most imaging centers, it sits at the front desk every single morning. Staff hand it to each patient who walks in. The patient fills it out and hands it back.
Then the real work begins. Someone collects the form and reads the handwriting. Someone re-asks the questions that were left blank or answered with a guess.
Somewhere in that process, a technologist learns about a pacemaker from a note scrawled at the bottom of page three.
That moment has a real cost. The scan stops while the radiologist is contacted. The technologist must reschedule the patient and update the queue. Every study scheduled behind that one is now delayed, and the scanner sits idle.
Imaging centers run under constant pressure to stay on schedule. A facility doing 40 to 60 studies per day cannot afford a 30-minute intake delay for each one.
At $1,200 to $2,500 per scan, one missed safety flag can pull an entire study from the schedule. A few paper delays each day adds up to thousands in lost revenue per month.
The fix does not require a major overhaul. Secure online forms can handle patient safety screening before patients walk through the door.
They ask the right questions in the right order, flag the right answers automatically, and send all data to Exa before the patient checks in.
This is what digital intake for Exa PACS does. It replaces the clipboard with a workflow that actually works. Patients complete their forms on any device, at home or in the car.
Front desk staff see clean, legible records at check-in, and technologists see cleared and flagged patients before they step into the imaging suite.
No clipboards. No chasing. No surprises.
Paper-based intake has been the default for imaging centers for decades. But the cost of sticking with paper is not always obvious until you map out every step.
Each step adds time, creates room for error, and puts patient safety at risk. The clipboard is not a system. It is a gap in the system.
When a patient walks in, the clock is already ticking. A 4 to 6-page paper form with MRI safety screening questions and contrast history gets handed over at the front desk. Some patients fill it out quickly. Others take 10 to 15 minutes, especially those with complex medical histories.
Once the form is returned, staff must review it for completeness. Required fields are often blank. Answers are sometimes ambiguous. "Not sure if I have metal" is a real answer that shows up on paper forms. Staff must go back to the patient, re-ask the question, and restart the review from scratch.
Front desk staff then manually enter the data into Exa. That step alone takes 5 to 10 minutes per study. Multiply that across 40 to 60 studies per day and the total is significant. This is not a minor inefficiency. It is a structural problem built into every single study.
The standard paper workflow has four steps before a technologist enters the room. The patient arrives and fills out the form. Staff review it for completeness.
Staff manually enter the data. The technologist then reviews the paper before prepping the patient. Each step is a place where something can go wrong. Each step adds time that should not be there.
In a paper-based system, the technologist often discovers problems last. They pick up the clipboard, walk into the imaging suite, and only then see a note about a cardiac device.
The study cannot proceed. The radiologist must be contacted. The next patient is now delayed. That idle scanner time is real, measurable lost revenue for the imaging center.
Patient handwriting varies widely. Abbreviations differ from person to person. Some patients write conditions they do not know the full name of. "Might have a clip from old surgery" is not a clinical answer.
It is a question that needs follow-up. In a paper workflow, that follow-up happens in the imaging suite, not at the front desk.
Misread data also creates a second problem: double data entry. A staff member reads the form and types the information into Exa.
If the handwriting is unclear, the entry may be wrong. If the entry is wrong, the patient record is wrong. Clean records depend on legible data, and paper cannot guarantee legibility.
When a patient writes "not sure" next to a question about implants, that answer cannot be processed automatically. It requires human follow-up.
In a busy imaging center, that follow-up may be rushed or skipped. Ambiguous answers on paper forms create safety blind spots that staff may not catch until the patient is already inside the scanner.
Manual data entry is not just slow. It is error-prone. A staff member entering data from a handwritten form must interpret, not just transcribe.
Misread dates, wrong allergy codes, or skipped fields can affect care decisions. Across 40 studies per day, even a 2% error rate creates serious risk. Secure online forms with required fields eliminate this problem entirely.
Digital intake automation shifts the safety check to before the appointment. Instead of screening patients in the waiting room, imaging centers screen them before they ever arrive.
Instead of reviewing handwriting, staff review complete digital records. The process is faster, the data is cleaner, and the safety net is tighter.
When a study is scheduled, the patient receives a text or email with a link to their intake form. The link opens a HIPAA-compliant digital form that works on any device. Patients can fill it out from home, from work, or on the way in. There is no waiting room clipboard and no rushed handwriting under pressure.
The form is built around the specific modality. A patient scheduled for MRI gets MRI safety screening questions about implants, ferrous metals, pacemakers, claustrophobia history, and prior surgeries.
A CT patient gets questions about contrast allergies and kidney function. One intake platform handles all modalities, with each form customized to its clinical requirements.
Every required field in a digital intake form is locked until it has an answer. Patients cannot submit the form incomplete. There is no equivalent of leaving a field blank on a paper clipboard.
This removes one of the most common sources of rework: chasing patients in the waiting room for answers they already forgot to give.
If a patient reports a pacemaker, the form auto-flags the study as "MRI ALERT." If they report a contrast allergy, the form marks "IV CONTRAST CONTRAINDICATED."
These automated safety alerts are not manual. They appear in the dashboard before the patient walks in, so staff and technologists can act on them before any prep begins.
When a patient completes their form, the responses flow into a clinical dashboard that syncs with Exa. Front desk staff see a summary at check-in. Technologists see the same data in the imaging suite. Everyone on the care team works from the same complete, pre-screened record.
Color-coded alerts make it easy to scan the dashboard at a glance. Green means cleared. Red means a safety concern has been flagged. The technologist walks in knowing the patient's full status before patient prep begins. There are no last-minute surprises inside the suite.
A clinical dashboard designed for radiology intake displays alerts in a clear format. Flagged studies stand out immediately. A technologist can review a patient's safety status in seconds rather than minutes.
Color coding also reduces cognitive load. The most critical information is visible first, without the need to read through an entire form.
Form responses feed directly into the patient record in Exa. There is no manual data entry. There is no re-keying of answers from paper to screen.
The data is the same from the form to the record. If a patient reports a latex allergy, that allergy is in the record before the study begins. No transcription errors. No missed fields.
Switching to digital intake has a measurable effect on three areas: time per study, studies per day, and safety outcomes. These are the numbers that matter most to imaging center operations teams.
Based on our internal data, the gains are consistent and visible within the first few weeks of use.
The biggest shift happens at the per-study level. Without digital intake, setup includes form collection, review, re-questioning, manual entry, and a clipboard handoff. That process takes 25 to 35 minutes per study on average.
With digital intake, the intake portion at the facility drops to near zero. Patients arrive pre-screened, pre-cleared, and ready to scan.
Front desk workload drops in parallel. Staff no longer review clipboards, chase missing fields, or re-enter data by hand. Their time shifts toward coordination and patient support.
Based on our internal research, practices that move to digital intake report measurable gains in front desk productivity, with some teams handling more studies using the same number of staff.
Without paper forms, the check-in step becomes a verification step, not a data collection step. Staff confirm the patient's identity and review the completed intake record.
The 10 to 15 minutes per patient spent on form review, follow-up questions, and manual entry is gone. That time becomes available for tasks that need direct human attention.
When technologists enter the imaging suite with a full, pre-screened record, they do not waste time reviewing a clipboard. They know the patient's safety status before they walk in.
Studies start at their scheduled time. Delays caused by late discovery of contraindications drop to near zero. The schedule runs the way it was built to run.
Time savings per study translate directly into throughput. An imaging center that recovers 25 to 35 minutes of setup time per study can fit more studies into the same operational window.
Based on our internal data, imaging centers using digital intake see 8 to 12 additional studies per day per suite.
At $1,200 to $2,500 per MRI or CT study, 8 to 12 additional studies per day can represent $9,600 to $30,000 in recovered revenue per suite per day. That is real money that paper-based workflows are leaving on the table every single shift.
|
Metric |
Paper Intake |
Digital Intake |
|---|---|---|
|
Setup time per study |
25 to 35 minutes |
Under 5 minutes |
|
Studies per day (single suite) |
40 to 60 |
50 to 72 |
|
Safety alerts before scan |
Variable |
100% auto-flagged |
|
Manual data entry errors |
Possible |
Eliminated |
|
Throughput improvement |
Baseline |
20 to 30% in first month |
Automated safety screening does not replace clinical judgment. But it ensures that every patient has answered every required question before they enter the scanner.
Contraindications that were once caught mid-procedure are now caught on the form. This reduces the chance of a safety incident and lowers liability risk for the imaging center.
When data is entered by the patient through a controlled digital form, the record is accurate. There is no guesswork from handwriting. There is no manual entry step where errors creep in.
Staff and technologists make decisions based on clean, complete information. That confidence matters every time a patient enters the imaging suite.
Imaging centers that still rely on clipboards are not just losing time. They are leaving revenue on the table and accepting safety risks they do not have to take.
Digital intake for Exa PACS is a direct solution to both problems. It takes setup time to near zero and ensures every patient is screened before they arrive.
The shift to digital intake is not a major overhaul. It is a workflow change that starts at the scheduling step. When a study is booked, the patient gets a link.
They complete their secure online forms before arrival. Staff see the completed record when the patient checks in. That is the entire change.
No new hardware is needed. No retraining of clinical staff on new clinical processes. The form is the intake. The dashboard is the review. The data feeds into Exa without any manual work from the front desk.
Curogram's digital intake forms are fully HIPAA-compliant. Patient data is encrypted and stored securely. The link sent to patients is protected.
The form cannot be accessed by unauthorized users. Imaging centers can move to digital intake with full confidence that their data practices meet federal requirements.
The integration between Curogram's intake forms and Exa is designed to require zero manual work. Forms submit, data syncs, and the record updates in real time.
Technologists and front desk staff see the same pre-screened, complete intake data. There is no clipboard handoff and no manual entry step. The connection works with the Exa environment, not around it.
Based on our internal research, imaging center operations teams typically see a 20 to 30% throughput improvement in the first month.
Measure the time saved per study. Count the additional studies completed. The data will make the case on its own.
Imaging centers that complete the trial consistently report measurable time savings and throughput gains. Staff confidence in intake accuracy increases.
Technologists report fewer mid-procedure surprises. Front desk teams report lower workloads per shift. The improvements compound over time as the workflow becomes routine.
Schedule a free demo and count the additional studies completed. The data will make the case on its own.