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Veterinary imaging projects

Veterinary Diagnostic
Imaging Solutions

Match the imaging system to your clinical workflow.

Plan ultrasound, digital radiography and CT around your patients, examinations and facility. Mevidon helps you define equipment, accessories, installation dependencies and support requirements in a coordinated supply proposal.

Clinical-fit configurationImage & data reviewProject scope clarity
Illustration of a veterinary imaging room with CT and digital radiography equipment
Imaging-room illustration · Equipment and layout are project-specific.

Start with the clinical brief

What does your imaging service need to do?

For new hospitals, established clinics upgrading equipment, referral centers and project buyers. Define the examinations you intend to provide before comparing models or purchase prices.

Patients & examinations

Specify species, patient size, anatomy and required examinations. Include the largest patients and the most demanding planned applications.

Workload & team

Describe daily study volume, emergency use, operator experience and reporting arrangements to identify workflow and training needs.

Facility & investment

Share room dimensions, existing equipment, planned opening date and budget priorities. Flag any need for mobile use or staged procurement.

Select the equipment mix

Three imaging pathways. One project plan.

Each modality answers different imaging questions. Select a combination that fits your service scope and confirm every proposed capability by model.

Veterinary ultrasound

Plan real-time examinations around animal size, anatomy and the clinical team's scanning requirements.

  • Select probes for the intended examinations and depth.
  • Confirm required imaging modes, measurements and reporting tools by model.
  • Compare portability, battery needs, cleaning and operator training.
Explore ultrasound systems →

Digital radiography / X-ray

Build a complete radiography setup around the generator, detector, positioning and image-acquisition workflow.

  • Match generator capability and detector dimensions to patient coverage.
  • Confirm detector compatibility, software licenses and workstation scope.
  • Define fixed-room or mobile use, radiation protection and local installation requirements.
Explore digital radiography →

Veterinary CT

Evaluate cross-sectional imaging against your intended anatomy, patient range and specialist service plan.

  • Compare CT type, field of view, patient access and reconstruction requirements.
  • Review representative studies for the proposed clinical applications.
  • Include patient handling, anesthesia where needed, room preparation and service access.
Explore veterinary CT →

Additional scope: cone-beam CT, flat-panel detectors and dental X-ray. Select specialist systems by intended anatomy and workflow.

Procurement comparison

Compare more than the image.

DR uses X-rays; it is a digital radiography configuration, not a separate radiation modality. This table compares purchasing considerations, not individual model performance.

Veterinary ultrasound vs digital radiography vs CT
Planning factorUltrasoundDR / X-rayCT
Imaging formatReal-time ultrasound imagesProjection X-ray imagesCross-sectional images and reconstructions
Clinical scope to discussSoft-tissue, cardiac or focused examinationsSkeletal, thoracic and other projection studiesSelected complex anatomy and advanced imaging services
Patient fitProbe access, penetration and handlingDetector coverage, positioning and generator outputBore or access geometry, table limits and field of view
Configuration prioritiesProbe set, modes, software and mobilityGenerator, detector, acquisition software and workstationAcquisition type, reconstruction, workstation and options
Facility planningExamination space, power and cleaningRoom layout, exposure controls and radiation protectionDelivery access, utilities, radiation protection and service space
Patient preparationExamination-dependent preparation and restraintPositioning and restraint planned by the clinical teamMotion control and anesthesia needs reviewed by the clinical team
Data workflowStill images, clips, reports and confirmed export optionsImage acquisition, identification, archive and reportingStudy transfer, reconstructions, storage and reporting
Ongoing cost driversProbe care, service and software optionsDetector care, maintenance and software supportService scope, component coverage, software and operating resources

The clinical team determines the appropriate examination and patient-management approach. Dose, scan time, image quality and patient capacity require model- and protocol-specific evaluation.

Evidence before selection

Evaluate the study, the workflow and the connection.

Use the same review criteria for each shortlisted system so your team can make a meaningful comparison.

Relevant image studies

Ask for available original images or clips covering your intended species and anatomy, with the model and acquisition settings identified.

Clinical-team review

Assess detail, contrast, artifacts, coverage and measurement tools against the examination. Review original data where available.

Operational demonstration

Review patient setup, acquisition, image review, reporting and export. Confirm the functions shown are included in the proposed configuration.

Data transfer test

Identify your picture archiving and communication system (PACS), required DICOM functions, software versions and licenses. Agree a compatibility test.

DICOM supports medical image exchange, but the functions implemented by each system must still be checked. See the DICOM standard overview. No PACS integration is assumed until its scope is confirmed.

Complete the configuration

Include the supporting equipment and space.

An imaging project connects acquisition, patient care, information systems and the building. Assign responsibility for each dependency before shipment.

Patient preparation

Include in the discussion

Positioning aids, transfer arrangements and accessories for the patient range.

Confirm before ordering

Confirm handling, sedation or anesthesia needs with your clinical team; include monitoring and recovery arrangements where required.

Room & delivery access

Include in the discussion

Equipment dimensions, service clearances, access route and floor-loading information.

Confirm before ordering

Review doorway and lift dimensions, equipment movement and maintenance access against the selected system.

Utilities & protection

Include in the discussion

Model-specific electrical, environmental and network requirements; radiation-protection planning where applicable.

Confirm before ordering

Local qualified professionals must confirm shielding, construction and applicable approvals. Agree who provides each preparation task.

Workstation & archive

Include in the discussion

Acquisition computer, review display, software, storage and backup arrangements.

Confirm before ordering

Confirm included licenses, study export, image retention and access for your reporting or referral service.

Related equipment: veterinary anesthesia machines and monitoring and critical-care equipment. Equipment supply does not automatically include site works, permits, shielding or on-site installation.

Investment planning

Make the full project cost visible.

Compare proposals against the same scope. Decide which functions are essential now and which upgrades can be considered later.

Send an Inquiry
System & options
Main unit, probes or detector, workstation, software, accessories and any required licenses.
Site & delivery
Packing, freight, insurance, local charges, facility preparation and separately agreed installation or commissioning.
Ongoing ownership
Service coverage, component exclusions, parts, software support, storage and staff training requirements.

Mevidon project support

Define each step through to handover.

Mevidon is a veterinary medical equipment manufacturer and one-stop supplier. Agree the equipment, documentation and support deliverables for your selected project.

  1. Review the brief

    Discuss examinations, patient range, workload, budget and existing systems.

    Output to agree: a shortlist and configuration scope.
  2. Confirm the proposal

    Review available image evidence, compatibility, room dependencies and commercial terms.

    Output to agree: an itemized quotation and responsibility list.
  3. Prepare for shipment

    Confirm included accessories, applicable documents and agreed inspection and packing arrangements.

    Output to agree: configuration and shipment records.
  4. Handover & service

    Agree setup support, training, acceptance checks, warranty terms and the fault-reporting process.

    Output to agree: handover criteria and service contacts.

Set acceptance criteria before payment.

Record the supplied model and options, accessory count, agreed operating checks, image-transfer checks and training scope. Resolve differences against this written record before completing acceptance.

Illustrative planning example

Expand imaging around actual demand.

A small-animal hospital wants to improve routine imaging while preparing for a future referral service. This is a planning example, not a customer installation or a fixed recommendation.

Current requirement
Review ultrasound probe coverage and digital radiography workflow against current examinations and existing equipment.
Future requirement
Assess CT separately against referral demand, staffing, anatomy, facility readiness and service costs.
Practical result
Create an initial configuration and a later-stage decision list, with infrastructure dependencies identified before fit-out.

Imaging procurement FAQs

Answers for your project team.

Clarify equipment selection, integration, installation and long-term support before committing to a configuration.

Which imaging equipment should a new veterinary hospital buy first?

Start with your planned examinations, patient sizes, clinical team and expected workload. Compare ultrasound and radiography against these needs, then assess whether advanced imaging belongs at opening or in a later phase.

What is the difference between DR and an X-ray machine?

DR is digital radiography: an X-ray imaging workflow using a digital detector. An X-ray generator alone is not a complete DR system; confirm the detector, acquisition software, workstation and included accessories.

Can CT replace ultrasound and digital radiography?

These methods provide different types of information and may complement each other. Choose the mix around your clinical services and referral needs rather than treating CT as a universal replacement.

How should I choose between cone-beam and multi-slice CT?

Define anatomy, patient coverage and image-quality requirements first. Review representative studies, acquisition geometry, field of view, reconstruction, motion sensitivity and facility requirements for the actual models under consideration.

Can I upgrade my existing X-ray equipment with a digital detector?

Share the generator make, model, interfaces and intended examinations. Detector, triggering, software and workstation compatibility must be confirmed; a retrofit should not be assumed compatible from detector size alone.

What images should I review before choosing a system?

Request available original studies from the proposed configuration, with relevant species, anatomy and acquisition details. Have your clinical team review image quality and workflow, rather than relying only on compressed marketing images.

Will the equipment connect to our PACS or reporting system?

Connection depends on the model, software version, licensed functions and receiving system. Compare DICOM conformance information where available and agree a practical transfer test before accepting interoperability.

What are the room and radiation-protection requirements?

Requirements depend on equipment, workload, room layout and local rules. Obtain model-specific site information and have qualified local professionals review shielding, utilities and approvals before construction or installation.

Does the quotation include installation, training and warranty?

Ask for separate confirmation of installation method, commissioning, training, travel costs, warranty terms and service responsibilities. The included scope varies by equipment and destination and should be written into the quotation.

How can we estimate the total imaging project budget?

Combine the configured equipment price with freight, local taxes, site preparation, agreed installation, training, software and ongoing service. Confirm optional accessories and exclusions so quotations can be compared on the same basis.

Start your imaging project

Tell us what you need to image.

Send your clinical and facility requirements so we can discuss a suitable equipment configuration.

  • Destination country and hospital type
  • Species, patient sizes and target anatomy
  • Planned examinations and daily study volume
  • Existing equipment, PACS and reporting software
  • Room availability, budget and purchasing schedule

Email drawings or equipment lists to tuxiaohong63@gmail.com with your project reference.

Planning an entire hospital? Explore our new veterinary hospital solution. Final configuration and service scope are confirmed in the quotation.

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What should we quote?

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