Key Takeaways: Veterinary CT scan costs in the U.S. typically range from $1,500 to $3,500+ per procedure, with national averages around $1,615 for dogs and $1,144 for cats. New conventional CT scanners cost between $200,000–$500,000+, while new veterinary CBCT systems range from $200,000–$350,000 based on CareCredit industry data and published market estimates. Bringing 3D CT imaging in-house allows clinics to reduce external referrals, accelerate diagnostic workflows, and capture new practice revenue.
For many veterinary practices, referring a patient for a CT scan is a familiar part of the diagnostic process. Whether evaluating a complex fracture, investigating a suspected mass, or planning surgery, advanced imaging can provide critical information that conventional radiography may not reveal.
But every referral also means coordinating with another facility, managing additional appointments, and potentially delaying the next step in treatment.
In the United States, veterinary CT examinations can cost between $1,500 and $3,500 or more, depending on the procedure and facility. For practices that regularly refer patients for advanced imaging, these costs raise an important question: Could bringing 3D imaging in-house improve diagnostic capabilities while creating new opportunities for the practice?
As veterinary-specific imaging technologies evolve, more clinics can evaluate whether CT or Cone Beam Computed Tomography (CBCT) fits their clinical needs, available space, and long-term financial goals.
How Much Does a Veterinary CT Scan Cost in the United States?
According to the 2025-2026 Synchrony Average Procedural Cost Study by CareCredit, the average veterinary CT scan costs approximately $1,615 for dogs and $1,144 for cats in the United States. Other estimates, such as a 2025 PetMD article, place dog CT examinations between $1,500 and $3,500 or more, particularly when additional procedures are required.
For veterinary practices, these figures provide a useful reference when evaluating the potential demand for in-house imaging services.
However, the amount charged for an examination is not the same as the revenue a clinic retains. Anesthesia, staffing, image interpretation, maintenance, and other operating expenses must be considered when evaluating the financial potential of CT services.
How Much Does a Veterinary CT or CBCT Scanner Cost?
The purchase price of a veterinary CT scanner depends on the imaging technology, system configuration, clinical capabilities, and whether the equipment is new or refurbished.
Published U.S. industry estimates suggest the following approximate equipment costs:
| Equipment type | Estimated purchase price (U.S. Industry Estimates) |
| New conventional CT | $200,000–$500,000+ |
| Refurbished conventional CT | $100,000–$200,000 |
| New veterinary CBCT | $200,000–$350,000 |
| Refurbished veterinary CBCT | Starting around $150,000 |
These figures are indicative market estimates rather than standardized prices. Individual systems may fall outside these ranges depending on their capabilities and included services.
For example, a higher-capacity conventional CT scanner may require a substantially larger investment than a refurbished system. Likewise, CBCT equipment prices vary with field of view, imaging modalities, software, patient positioning, and other features.
Importantly, a lower purchase price does not always translate into a lower total cost of ownership.
What Additional Costs Should Veterinary Practices Consider?
Purchasing a CT scanner is only the beginning. Before committing to a system, practices should evaluate the full cost of installing, operating, and maintaining it.
Facility preparation and installation
Depending on the scanner, installation may require dedicated space, structural modifications, radiation shielding, or electrical upgrades. Larger conventional CT systems can have more demanding infrastructure requirements, while certain veterinary-specific CBCT systems are designed for more compact clinical environments.
Service and maintenance
Preventive maintenance, replacement parts, service agreements, and potential equipment downtime all affect long-term operating costs. Clinics evaluating refurbished equipment should pay particular attention to parts availability and ongoing service support.
Staff training and patient management
Operating CT equipment requires appropriate training, patient positioning, and radiation safety procedures. Anesthesia or sedation may also be necessary depending on the examination and patient.
Software and image interpretation
Image acquisition, reconstruction, storage, and specialist interpretation are essential parts of the diagnostic workflow. Practices should confirm which software capabilities, licenses, updates, and support services are included in the equipment quote.
Together, these factors determine the total cost of ownership and can significantly influence the financial feasibility of in-house CT imaging.
Conventional CT vs. CBCT: How Do the Costs and Capabilities Compare?
Conventional CT and Cone Beam CT both provide three-dimensional anatomical information, but they differ in imaging technology and clinical strengths.
Conventional multidetector CT is well established for a broad range of examinations, particularly complex soft-tissue studies, contrast-enhanced imaging, and large anatomical regions.
CBCT uses a cone-shaped X-ray beam and an area detector to generate 3D reconstructions. It is particularly valuable for detailed visualization of high-contrast structures such as bones and teeth. Modern veterinary CBCT systems may also support additional applications, depending on their design and imaging capabilities.
From an operational perspective, the differences extend beyond image quality.
- Installation: Some CBCT systems offer compact designs that may reduce facility modification requirements.
- Electrical infrastructure: Requirements vary significantly by model, with certain conventional CT systems demanding more extensive electrical installations.
- Maintenance: Service costs depend on equipment complexity, components, manufacturer support, and system age.
- Clinical versatility: Conventional CT remains important for many advanced soft-tissue examinations, while CBCT capabilities depend on the specific system and application.
- Patient compatibility: Field of view, gantry dimensions, positioning options, and scanning protocols determine which patients and anatomical regions can be examined.
Rather than assuming one technology is universally more economical, practices should compare systems based on the examinations they expect to perform and the resources required to support them.
How to Estimate the Financial Potential of In-House CT Imaging
Understanding equipment costs is important, but the next step is determining how the investment fits into the practice’s expected imaging volume.
Start by reviewing the number of patients referred for CT examinations over the past year. Identify which studies could realistically be performed in-house using the technology under consideration.
Next, estimate the average revenue per examination using local market pricing.
For example, a practice performing 10 CT examinations per month at an illustrative average price of $1,500 would generate approximately $180,000 in annual gross imaging revenue.
That figure represents revenue before expenses, not profit.
To evaluate the financial potential, practices must account for anesthesia, staffing, radiology interpretation, maintenance, financing, and other operating costs.
A useful starting point is calculating the contribution from each examination:
Revenue per examination − Variable cost per examination = Contribution per examination
The practice can then compare this contribution with its annual fixed costs to estimate the examination volume required to cover the investment.
For example, if a practice generates $1,000 in contribution per examination and has $120,000 in annual fixed costs associated with the service, it would need approximately 120 examinations per year, or 10 per month, to cover those costs.
These figures are hypothetical and do not represent expected performance for any specific CT or CBCT system.
Actual results depend on patient demand, local pricing, clinical applications, financing, and operating expenses.
Choosing a CT System Based on Your Practice’s Clinical Needs
Price matters, but it should not be the only factor driving the decision.
A veterinary dental practice evaluating high-resolution imaging of teeth and surrounding structures may have different requirements from a specialty hospital performing complex abdominal or thoracic examinations.
Similarly, a practice treating orthopedic injuries may prioritize detailed visualization of bone structures, while another may require advanced soft-tissue imaging and contrast-enhanced studies.
Before requesting equipment quotes, consider:
- Which examinations are currently referred to outside facilities?
- How many of those cases could realistically be performed in-house?
- Which anatomical regions and patient sizes must the system accommodate?
- What diagnostic capabilities are essential?
- How much space and infrastructure are available?
- What training, interpretation, and technical support will the practice need?
Answering these questions helps narrow the options before comparing purchase prices.
DeteCT Vet: A Veterinary-Specific Approach to 3D Imaging
For practices exploring CBCT technology, DeteCT Vet from JPI Animal Health is a mobile veterinary imaging system that combines CT, digital radiography, and fluoroscopy in one platform. ExamVue CT Suite supports image acquisition, processing, reconstruction, and review. The system offers approximately 20-second CT acquisition; actual workflow time depends on the selected protocol and reconstruction. Installation requires a site-specific review of shielding, electrical service, room layout, and applicable regulatory requirements.
For practices comparing CT technologies, these capabilities make DeteCT Vet an option to evaluate alongside conventional CT and other veterinary CBCT systems.
The most useful comparison is not simply the purchase price, but how the system’s clinical applications, installation requirements, workflow, and long-term operating expenses align with the practice’s needs.
Let’s Find the Right Imaging Solution for Your Practice
Choosing between conventional CT and CBCT involves more than comparing equipment prices. Your clinical needs, patient volume, available space, and long-term goals all influence which solution makes sense.
At JPI Animal Health, we’d like to learn more about your practice, the cases you handle, and the diagnostic capabilities you’re looking to expand.
Schedule a meeting with our team to discuss your requirements, explore DeteCT Vet’s capabilities, and determine whether it could be a good fit for your clinic.
Published industry estimates place new conventional CT scanners at approximately $200,000 to $500,000 or more, while refurbished systems may cost around $100,000 to $200,000. Actual prices depend on the scanner’s capabilities, age, configuration, and included services.
CBCT may offer a lower total investment than certain conventional CT systems, particularly when installation and infrastructure costs are considered. However, prices and operating requirements vary by model, and CBCT is not necessarily the least expensive option in every situation.
There is no universal number. The required examination volume depends on equipment costs, financing, revenue per scan, variable expenses, and annual fixed costs. Clinics should calculate their expected break-even volume using their own financial and clinical data.
Equipment price refers to the initial purchase. Total cost of ownership includes installation, financing, service, maintenance, software, training, and other expenses over the system’s useful life.
