A POCT device for a pet hospital helps veterinary teams perform selected diagnostic tests within their own facilities instead of sending every sample to an external laboratory. The right equipment depends on the hospital’s caseload, required tests, available staff, sample handling procedures, and budget.

For many veterinary practices, routine blood testing is an important starting point. Hematology analyzers can provide complete blood count (CBC) results, while multifunctional veterinary analyzers may combine hematology with urine, fecal, or immunoassay testing. Understanding these differences helps hospitals choose equipment that fits their clinical workflow without investing in unnecessary capabilities.

What Is a POCT Device for a Pet Hospital?

Point-of-care testing (POCT) refers to diagnostic testing performed near the patient or within the clinical setting where the results are needed. In veterinary hospitals, this can include blood glucose testing, hematology, blood chemistry, immunoassays, urinalysis, and other tests, depending on the available equipment.

In-house testing can help veterinary teams access relevant results during consultations, preoperative assessments, hospitalization, and follow-up examinations. It can also reduce reliance on sample transportation for tests that the hospital is equipped to perform.

However, POCT does not mean every diagnostic procedure can be completed with one device. Some tests require specialized analyzers, additional laboratory investigation, or confirmatory testing. Hospitals should therefore assess each device according to its intended use and the clinical questions it can help address.

Which Veterinary POCT Tests Does Your Hospital Need?

The first step in selecting equipment is to identify the tests your hospital performs most frequently. A device should support actual clinical requirements rather than simply offer the largest number of functions.

Hematology testing measures blood cell populations and related parameters. CBC testing can support the assessment of anemia, inflammatory responses, and other hematological abnormalities. Differential analysis provides additional information about white blood cell populations, while cell morphology analysis can help identify abnormal cell characteristics that require veterinary interpretation.

Biochemistry and immunoassay testing address different diagnostic questions. Biochemistry evaluates selected substances associated with organ function and metabolism, while immunoassays can measure specific biomarkers. Availability depends on the instrument and its supported test menu.

Urine and fecal analysis can contribute to the evaluation of urinary and digestive conditions. These tests may be particularly relevant to hospitals that frequently examine animals with urinary abnormalities, vomiting, diarrhea, or changes in appetite.

Not every veterinary analyzer supports all these functions. Before purchasing, compare the required tests with the manufacturer’s documented capabilities, supported species, sample types, and available reagents.

Match the POCT Device to Your Veterinary Workflow

The ideal equipment configuration depends on the type of hospital and the volume of testing it handles.

Small veterinary clinics may prioritize compact equipment, straightforward operation, and the ability to perform common tests without maintaining several separate instruments. Larger pet hospitals may need a broader test menu, higher capacity, data connectivity, and procedures for managing multiple samples throughout the day.

Sample requirements are equally important. Venous blood, capillary blood, urine, and fecal samples require different collection and handling procedures. A device that accepts several sample types may simplify equipment planning, but staff must still follow the instructions for each individual test.

Consider the entire testing process, from sample collection to result review. Relevant questions include how samples are prepared, how long routine testing takes, who operates the analyzer, how results are recorded, and when external laboratory services remain necessary.

A practical assessment of daily workload is more useful than choosing equipment based on its maximum stated capacity alone. Hospitals should consider peak demand, staffing, repeat testing, and the range of cases they routinely manage.

AI-Assisted Veterinary Hematology and Cell Morphology

Modern veterinary hematology analyzers can combine automated cell counting with digital imaging and AI-assisted morphology analysis. Rather than presenting numerical parameters alone, these systems can provide additional information about the appearance of blood cells.

Complete Blood Morphology (CBM) combines blood cell analysis with morphology-related information. Depending on the analyzer, this may include the identification or classification of abnormal cell populations and images that help veterinary professionals review flagged findings.

AI-assisted analysis can support a more structured review of hematology results, but it does not replace clinical judgment. Abnormal findings must be interpreted alongside the animal’s history, physical examination, other test results, and the manufacturer’s instructions. Additional investigation may still be necessary.

For hospitals considering this technology, the important questions are which cell populations the system evaluates, how results and images are presented, which species are supported, and how the information fits existing review procedures.

Ozelle Veterinary POCT Solutions for Pet Hospitals

Ozelle offers veterinary diagnostic analyzers designed for canine and feline testing. Two options to consider are the EHVT-50 multifunctional veterinary analyzer and the EHVT-75 compact veterinary analyzer. Both integrate hematology with urine and fecal analysis, while their additional testing capabilities differ.

EHVT-50 Multifunctional Veterinary Analyzer

The EHVT-50 veterinary analyzer is designed for practices that need several routine testing functions within one platform.

Key features include:

• Testing capabilities: Nine-part differential hematology, immunoassays, urine analysis, and fecal analysis.
• Supported species: Dogs and cats.
• Sample volume: 100–200 μL for supported sample types.
• Throughput: Approximately 5–7 samples per hour.
• Data management: Stores up to 10,000 results and supports LIS, USB, and LAN connectivity.
• Workflow design: AI-assisted CBM, sealed single-use reagent kits, and a no-fluid-path architecture.

Its immunoassay menu includes selected tests for inflammation, pancreatitis, kidney disease, cardiac markers, and hormones. The platform also supports selected biochemical testing related to liver assessment. Hospitals should confirm the current assay menu and individual sample requirements before purchasing.

EHVT-75 Compact Veterinary Analyzer

The EHVT-75 veterinary analyzer focuses on hematology, urine analysis, and fecal analysis in a compact configuration.

Key features include:

• Testing capabilities: Nine-part differential hematology, urine analysis, and fecal analysis.
• Supported species: Dogs and cats.
• Sample volume: 100 μL for hematology and 200 μL for urine and fecal testing.
• Weight: 8 kg.
• Data management: Stores up to 10,000 results and supports LIS, USB, and LAN connectivity.
• Workflow design: AI-assisted CBM, single-use reagent cartridges, and a no-fluid-path architecture.

The EHVT-75 may suit clinics that need routine blood and excreta analysis in a compact system. Unlike the EHVT-50, its published core configuration does not include the same integrated immunoassay menu.

How to Choose Between EHVT-50 and EHVT-75

The decision should be based on the hospital’s testing requirements rather than the model name or instrument size alone.

• Consider EHVT-50 if your hospital needs hematology, selected immunoassays, urine analysis, and fecal analysis in one system.
• Consider EHVT-75 if your routine workflow centers on hematology, urine, and fecal testing, without the same integrated immunoassay requirements.

Both models should be evaluated against the hospital’s daily sample volume, available workspace, operator training needs, consumable costs, and service arrangements.

Evaluate Maintenance, Consumables, and Total Operating Cost

The initial equipment price is only one part of the cost of introducing a veterinary POCT system. Reagents, single-use cartridges, quality control, staff training, maintenance, and service support all affect the long-term operating budget.

Hospitals should establish the expected cost per test, the frequency of consumable replenishment, and any storage requirements. They should also check whether consumables are readily available and whether the supplier can explain ordering procedures and delivery arrangements.

Equipment design can influence routine maintenance. Systems using single-use cartridges or a no-fluid-path architecture may reduce certain cleaning tasks, but hospitals should still follow prescribed quality-control, calibration, and maintenance procedures.

Before making a decision, ask the supplier about warranty coverage, technical support, troubleshooting, replacement components, and training. Confirm what is included in the purchase and which services may incur additional costs.

Check Regulatory Requirements and Clinical Limitations

Veterinary diagnostic equipment must be suitable for its intended use and comply with applicable requirements in the market where it will be operated. Importation, registration, labeling, and documentation requirements vary by jurisdiction.

Hospitals should verify that the analyzer supports the species they treat and that the required tests are available for those animals. They should also review the manufacturer’s instructions, quality-control procedures, and limitations before incorporating the equipment into clinical practice.

An in-house analyzer can improve access to selected test results, but it does not eliminate the need for professional interpretation or external laboratory testing. Complex cases, unexpected findings, and tests outside the device’s capabilities may require additional diagnostic methods.

Choose a Veterinary POCT Device That Fits Your Hospital

Selecting a POCT device for a pet hospital starts with the tests your team needs, the animals you treat, and the workflow you want to support. Sample requirements, testing capacity, data management, consumables, maintenance, and regulatory suitability should all be part of the evaluation.

Ozelle’s EHVT-50 and EHVT-75 provide two veterinary analyzer configurations for clinics that want to perform hematology alongside urine and fecal analysis. The EHVT-50 adds selected immunoassay and biochemical testing capabilities, while the EHVT-75 focuses on a compact combination of hematology, urine, and fecal testing.

To determine which configuration fits your hospital, review the official product specifications and discuss your testing requirements with Ozelle’s veterinary diagnostics team. Confirm the available test menu, consumable requirements, and service arrangements before making a purchasing decision.