Veterinary DICOM and web viewers
Build study navigation, image loading, comparison, measurements, annotations, and viewer controls around veterinary review workflows. Support the modalities and study types agreed for your product.
ACANIO / Specialized engineering
Veterinary Imaging Software Development
Veterinary imaging products need viewers, archive connectivity, and review workflows designed around animal patients. ACANIO develops and integrates veterinary imaging software for product companies, veterinary organizations, teleradiology providers, and modality vendors.
Discuss your project ↗ Explore medical imaging engineering →Veterinary imaging engineering capabilities
Veterinary PACS and modality integration
Connect imaging modalities, archives, and viewers using DIMSE or DICOMweb. Define query, retrieval, storage, authentication, and recovery behavior against representative veterinary studies.
Specialized review and visualization
Develop workflows for radiography, CT, MRI, ultrasound, dental imaging, and other supported sources. Adapt layouts, measurements, image processing, and comparison tools to the animals and clinical questions your users evaluate.
Reporting and teleradiology workflows
Connect study intake, assignment, image review, reporting, and result delivery. Make incomplete studies, integration failures, and delayed work visible so operational teams can resolve them.
Engineering experience with equine imaging
ACANIO brings engineering experience from an equine imaging software project, including workflows designed around specialized veterinary image review. We apply that experience alongside your product requirements, clinical input, modalities, and deployment environment.
Build around the veterinary workflow
Where this service fits
This service fits a new veterinary viewer or PACS product, a specialized review workflow, modality connectivity, teleradiology integration, or modernization of an existing imaging application.
What we need to begin
Bring the target species and workflows, supported modalities, viewer or archive versions, conformance statements, representative synthetic or approved test studies, deployment constraints, and the people who own clinical and integration decisions.
Connect a veterinary study from acquisition to review
A veterinary imaging workflow must preserve the animal and study context while moving images reliably from acquisition through archive access and review.
- Define animal and study identity. Agree how patient identifiers, species, breed, responsible-person context, accession numbers, and study descriptions are represented. Establish which system owns each identifier and how mismatches are handled.
- Connect acquisition and exchange. Confirm modality and archive capabilities, supported SOP classes, transfer syntaxes, and the required DIMSE or DICOMweb operations. Test storage, query, and retrieval with representative studies.
- Build the review workflow. Configure layouts, navigation, measurements, annotations, image processing, and prior-study comparison around the intended users and study types. Keep unsupported data and incomplete studies visible.
- Validate and hand over. Test identity conflicts, partial studies, unavailable images, slow networks, access failures, and representative study sizes. Document configuration, supported datasets, operational checks, and recovery procedures.
Deliverables and acceptance checks
A workstream can deliver viewer modules, archive or modality adapters, workflow services, deployment configuration, synthetic test fixtures, integration tests, and technical documentation.
- Animal, owner or responsible-person, and study context remain correctly associated across system boundaries.
- Supported studies load with the agreed navigation, measurements, annotations, and comparison behavior.
- Rejected, incomplete, or unavailable studies follow a visible recovery path.
- Performance is checked against representative study sizes and the intended network.
Technical reference: DICOM Patient Demographic Module, including patient species, breed, and responsible-person attributes.
Define the product and integration boundary
- Who uses the software? Identify veterinarians, radiologists, technicians, operational teams, and external referral partners.
- Which species and study types are supported? Confirm the animals, modalities, body regions, measurements, and comparison workflows in scope.
- Which systems exchange data? List modalities, PACS or VNA products, reporting systems, practice-management systems, and external services.
- What defines acceptance? Agree representative datasets, image and metadata behavior, performance targets, failure handling, and deployment constraints.
Connected engineering services
Have a veterinary imaging project in mind?
Tell us about the product, workflow, modalities, and systems that need to work together.
Discuss your project ↗Please do not send patient information or other sensitive data.