Veterinary PACS

Short answer

Veterinary PACS stores and opens animal imaging studies from X-ray, dental radiography, ultrasound, CT and MRI. MiniPACS fits the self-hosted archive and browser viewer role when a clinic wants to own its DICOM studies. Vendo is the referral portal for referring vets to send requests, book and follow status.

See both products in the live demos: MiniPACS and Vendo.

Veterinary PACS vendors compared (2026)

The vendors that come up when a clinic searches for a veterinary PACS, side by side on the four questions that decide the purchase: whether the price is on the website, whether the archive can live on your own server, whether outside reads are part of the product, and which practice-management systems the vendor names on its own site. Every third-party cell is taken from that vendor's page as of August 2026; "not published" means the site shows no price and asks for a quote. Only MiniPACS publishes a number.

Read the table for shape, not for a winner. The vet-specialized suites earn their place through the PIMS column: if your studies must land in the patient record in ezyVet or Cornerstone without anyone re-typing a name, that column is the shortlist. MiniPACS earns its place through the first two columns: a published flat price and an archive that stays on your own server. For what the archive side of the bill looks like in general, see PACS cost; for the DR-panel and CR side of the setup, see digital X-ray PACS.

What a two-modality vet clinic pays in a year

Take a single-location practice with a DR panel and an ultrasound unit, which is the most common shape. With MiniPACS the arithmetic is the whole quote: $300 a month per location, so $3,600 for the year, with no per-study fee and no per-modality fee, and both machines send to the same archive. For every other vendor in the table the honest number is "not published": the site asks you to request a quote, and the quote typically depends on practice size, modality count and contract term, so it is not a figure we can print for you. What you can do is put those two facts next to each other when the quotes come in. If a vet suite's quote is close to $3,600 a year and includes the PIMS link and the reads you need, it may be the better buy; if it is a multiple of that and you mainly need the archive and a viewer, it is not.

Before any of that, you can check whether your machines produce usable DICOM at all: drop a study from the DR panel or the ultrasound into the free DICOM viewer in the browser. If it opens there, it will archive in MiniPACS.

How does IDEXX Web PACS compare?

IDEXX Web PACS is a cloud veterinary imaging/PACS suite from IDEXX, built around veterinary imaging workflow and IDEXX ecosystem integrations. MiniPACS is not that suite. It is a self-hosted DICOM archive and browser viewer for clinics that want studies on their own server. Vendo is the separate referral portal.

What a veterinary PACS does

A veterinary PACS is the same core machinery as a PACS in human medicine, pointed at the modalities an animal clinic produces. It takes every study the practice acquires, digital radiography and X-ray, ultrasound, CT and MR, stores it as DICOM, and serves it back to a viewer whenever a clinician needs it. The job does not change with the patient on the table: acquire, archive, and make the study available now and years from now, without hunting for a disc or a specific workstation that happens to have the images on it.

Most practices land on a PACS the moment their imaging outgrows the modality's own console. A DR panel or an ultrasound unit will hold a handful of recent studies, but it is not an archive; it fills up, it is not backed up the way a record should be, and the images are trapped on one machine in one room. A PACS is what turns a pile of per-device storage into a single searchable archive that any exam room or referring vet can open.

Vet-specific needs a PACS has to respect

Veterinary imaging is still DICOM imaging, but the operating shape is not the same as a human outpatient center. The archive may need to hold studies across dogs, cats, horses, exotics and wildlife, with patient records that depend on owner and species context rather than human demographics alone. A general DICOM PACS can store the images, but the surrounding workflow has to keep that clinic reality in view.

Referral flow also matters. A primary vet may send an orthopedic, neurology or oncology case to a specialty hospital or teaching hospital, and the imaging history has to move without burning discs or losing the original DICOM. Vendo fits here as a referral portal for referring vets: request intake, booking and status around the imaging visit, not as a PACS replacement.

The modality side is practical. DR panels, CR, dental radiography, ultrasound, CT and MRI can all produce DICOM, but every clinic should test the actual machines it owns rather than assuming a vendor logo proves compatibility. HIPAA usually does not govern veterinary patient data in the same way it governs human PHI, but ownership, retention, backup, access control and export still matter because the archive is part of the medical record and the business record.

General PACS versus vet-specialized suite

The single most useful thing to settle before buying is that a general DICOM PACS and a veterinary-specialized suite are not the same product, and the marketing does not always draw the line for you. A general PACS archives and displays the images. A vet suite, the kind Asteris Keystone, IDEXX Web PACS and other dedicated veterinary vendors sell, is the imaging plus the practice workflow built on top of it: integration with the practice-management system, vet-specific report templates, and in many cases a teleradiology network for outside specialist reads.

Plenty of clinics do fine with a plain archive and get their reporting and referrals handled by hand or through a separate arrangement, because the archive and the workflow layer have different lifespans and different budgets. The mistake is buying a full vet suite when the actual need was a modern archive and viewer, or buying a bare PACS when the requirement was really the PIMS integration and the reading network. Naming which one you need is what prevents the wrong purchase.

Where MiniPACS fits, and where it does not

MiniPACS is a modality-agnostic DICOM PACS. It stores and displays any DICOM study, which includes the veterinary modalities, in a zero-footprint web viewer that opens studies in the browser rather than on an installed workstation. For a clinic whose requirement is a modern, self-hosted archive and a viewer that opens the images fast from any exam room, that is the fit. It archives millions of images and hands them back on demand, which is the whole job for a practice that mainly needs its imaging kept safe and reachable.

The honest boundary, and it is worth stating plainly rather than burying it: MiniPACS is a general PACS with a human-medicine origin, not a veterinary-specialized platform. It does not integrate with veterinary practice-management systems, it does not ship vet-specific report templates, and it does not bundle a teleradiology reading network the way Asteris, IDEXX and other dedicated vet vendors do. If those are hard requirements, a general PACS is the wrong tool and no framing changes that. If the requirement is the archive and the viewer, with reporting and referral handled the way the clinic already handles them, it does that job without the cost and lock-in of a full vet suite.

Self-hosted or cloud for a veterinary clinic

The hosting question for a clinic is the same one human imaging faces, and it is worth deciding deliberately rather than defaulting to whatever the vendor offers. Self-hosting keeps the studies on the clinic's own server, under its own backups and access control, with no per-study cloud fee and no dependence on a vendor to return the archive if the relationship ends. The cost is that the clinic owns the hardware, the backups and the security work. A cloud service moves that burden to the vendor and bills for it, and puts the clinic's imaging history on the vendor's infrastructure.

Small and single-site practices often lean toward whichever needs the least day-to-day attention, while a group with its own IT tends to value owning the archive outright. Cross-sectional studies, CT especially, add up in storage terms, so the per-study cost of a cloud service and the fixed cost of owning hardware pull apart faster as volume grows. It is worth running the clinic's real study volume against both before deciding. For the full version of that tradeoff, see cloud vs onsite.

Self-hosted vet PACS vs cloud vet PACS

Cloud veterinary PACS can be the better fit when the practice wants the vendor ecosystem more than archive ownership. IDEXX Web PACS, VetRocket and Paxera's veterinary PACS positioning are built around hosted access, vendor-managed operations and veterinary workflow. Dedicated cloud vet platforms can do a stronger job on PIMS integration, ecosystem fit, bundled workflow and support for teams that do not want to run a server.

The tradeoff is control and cost shape. A cloud vet PACS may store the primary archive on vendor infrastructure and may price by site, storage, usage or contract tier. That can be a fair exchange when integration and outsourcing matter most. It is less attractive when the clinic wants to own the archive, keep DICOM on its own server and avoid a per-study fee as CT, dental and ultrasound volume grows.

MiniPACS plus Vendo fit that second case. MiniPACS is the self-hosted DICOM archive and browser viewer, with no per-study fee. Vendo is the referral portal for referring vets to submit requests, book and track status. That pairing does not replace a full vet-specialized suite with deep PIMS integration; it fits clinics that want archive ownership plus a referral front door. For named comparisons, see the IDEXX Web PACS alternative and VetRocket alternative.

What to check before buying a veterinary PACS

• Suite or archive. Decide whether you need a full vet suite wired into your PIMS or just a modern archive and viewer, and make each vendor say plainly which one they are selling.
• PIMS integration. If studies must land in the patient record automatically, confirm the specific practice- management system is supported, not just that integration exists in general.
• Reporting and referral path. If the PACS does not report or send studies out for reads, confirm how the clinic will, so images and reports do not end up in two disconnected places.
• Ownership and exit. Ask who holds the archive and how you get it back. See comparing PACS vendors for the contract terms that matter.
• Access. Whether clinicians open studies in a browser from any room, or need a specific workstation with software installed on it.

For how a PACS works day to day, see what is PACS. For the open-source route specifically, see the Orthanc alternative comparison. For pricing and a live demo you can click through, see the landing.

FAQ