What you will learn
- How imaging studies are captured, stored, and retrieved by animal and visit
- What DICOM viewing, measurement, and comparison features vets actually use
- How studies are shared with specialists and referral centres
- How storage, backup, and retention are planned for large image files
- Where imaging fits alongside the clinic record and lab results
What veterinary imaging management is
An imaging system is the practice's picture archive. When a radiograph or ultrasound study is taken, it is stored with the animal, the visit, and the body part, and can be opened from the clinical record for viewing, measurement, and comparison with earlier studies. Without it, images live on individual machines or removable media, and a vet comparing today's radiograph with one from a year ago wastes time hunting for files.
Veterinary imaging has its own quirks. Patients range from a small cat to a large horse, positioning and views vary by species, and studies are frequently shared with specialists or referral hospitals. The system has to keep the image, the species and view metadata, and the report together, so a receiving specialist sees the study in context rather than as an anonymous file.
Core features
Viewing and sharing matter more than exotic tools.
- DICOM archive with studies linked to animals, visits, and body parts
- Web-based viewing with zoom, measurement, and windowing for radiographs
- Side-by-side comparison of current and previous studies
- Report writing tied to the study, with templates for common examinations
- Specialist sharing with access links that expire, rather than emailed files
- Backup and retention rules that match the practice's record-keeping duties
How it is built
Connect the imaging machines first, then the viewer, then sharing.
- Capture: connect radiography and ultrasound machines to the archive
- Archive and viewer: store studies centrally and open them from the clinical record
- Reports: link written reports to studies with templates for common views
- Sharing: specialist access links and referral-centre exchange
- Retention: backup, archive tiers for older studies, and audit of access
Technology choices
DICOM is the standard for a reason, and the archive should store studies in DICOM form with a proper viewer rather than converting everything to pictures. Conversion loses measurement data and view metadata that vets and specialists rely on.
Storage planning is easy to underestimate. Radiography studies are large, ultrasound clips larger, and a busy practice accumulates data steadily. Tiered storage — fast access for recent studies, cheaper archive for older ones — keeps costs manageable without making old studies hard to retrieve.
Challenges to plan for
Machine connectivity is the usual delay. Older machines export inconsistently, and each manufacturer's DICOM quirks need testing with real studies, not just documentation. Budget time for that testing.
Sharing is the second risk. Emailing images loses control of who holds a copy, so sharing should use expiring access links with an audit trail, and the receiving specialist should get the report and history with the images, not just the files.
Who it is for, and its limits
Imaging management fits practices with their own radiography or ultrasound, and referral centres that receive studies from many practices. It pays off fastest where comparison over time matters, such as orthopaedics and chronic disease.
It does not replace the radiologist or specialist. Viewing and measurement tools help the practice vet, but interpretation for complex cases still belongs with specialists, and the system should make sending those cases easy rather than pretending otherwise.
What a first release looks like
A first release should archive radiographs from the practice's main X-ray machine, viewable from the clinical record, with study comparison against previous radiographs for the same animal. Ultrasound can follow, since its clips and reporting needs differ. Specialist sharing should start as expiring view links for one referral centre the practice already works with, rather than a general sharing portal, so access control and audit can be proven on a small, trusted group.
The test case is an orthopaedic recheck: a dog with a plated fracture returns six weeks after surgery. The vet opens the visit, sees today's radiograph beside the post-operative study, measures healing progression, and writes the report against the study. If a specialist opinion is needed, the vet sends an expiring link carrying the images and the report, and the audit log records the access. If finding the old study takes longer than reading the new one, the archive has failed its basic purpose.
Frequently asked questions
Why store images in DICOM form?
DICOM keeps measurement data, view metadata, and patient linkage together. Converting studies to plain pictures loses information that vets and specialists use.
Can specialists view studies without installing software?
Yes, with a web viewer and an expiring access link. The specialist should also receive the report and relevant history, not just the image files.
How are old studies kept affordable?
Tiered storage keeps recent studies on fast storage and moves older ones to cheaper archive storage, while keeping them retrievable from the same record.
Does it replace the clinic management system?
No. Imaging links to the clinic record so studies open from the visit, but scheduling, notes, and billing stay in the clinic system.
How much does it cost to build?
Cost depends on machine count, viewer features, sharing requirements, and storage volume. A single-machine archive is far smaller than a multi-site referral platform, so confirm with a scoped quote.