What should a veterinary laboratory expect from a reliable hematology analyzer? Reliability goes beyond obtaining blood cell counts. It also involves the quality of diagnostic information, practical sample requirements, workflow efficiency, maintenance, and how easily results can be managed.

Our approach brings these factors together through AI-powered Complete Blood Morphology (CBM), practical sample handling, and integrated diagnostic functions. For veterinary teams, the goal is to make daily blood analysis more informative and easier to manage.

What Makes a Hematology Analyzer Reliable in Veterinary Practice?

A reliable veterinary hematology analyzer needs to fit the way veterinary teams actually work. Consistent analysis is important, but so are sample requirements, diagnostic coverage, and ease of operation.

These factors provide a useful starting point when assessing an analyzer for routine veterinary testing.

Consistent Hematology Analysis

A CBC provides important numerical information, but blood analysis can become more informative when cell morphology is considered alongside those results.

Our analisador de hematologia veterinária EHVT-75 combines 9-diff hematology with AI-powered Complete Blood Morphology. It provides 48 CBM parameters and identifies abnormal cells including RET, SPH, ETG, APLT, and P-LCC with visual evidence.

This gives veterinary professionals additional information to review as part of the diagnostic workflow.

Practical Testing for Veterinary Workflows

Reliability also depends on whether an analyzer can work comfortably with the samples and testing routines used in veterinary practice.

EHVT-75 supports both capillary and venous blood and is designed for canine and feline testing. It also integrates automated urine and feces analysis, bringing several routine diagnostic functions into one system.

Complete Blood Morphology Adds More Diagnostic Information

Once the core hematology workflow is established, morphology becomes an important consideration. Numerical results can show changes in blood cell populations, while morphology provides additional visual information for professional review.

AI-Powered Cell Morphology

We combine AI with Complete Blood Morphology to identify and classify abnormal cells. The system can recognize cell types such as RET, SPH, ETG, APLT, and P-LCC and provide visual evidence alongside the analysis.

This helps make morphology information easier to review without adding unnecessary complexity to routine testing.

From Cell Analysis to Interpretable Results

Morphology analysis is more useful when the information can be incorporated into the wider diagnostic process.

EHVT-75 uses the Open Dx AI-enabled workbench to organize test results into interpretable reports. It also supports patient records, treatment timelines, and AI-assisted consultation, helping veterinary professionals review diagnostic information within a connected workflow.

Sample Volume and Testing Flexibility for Veterinary Laboratories

Sample availability can vary in veterinary diagnostics, particularly when working with smaller animals. As a result, sample volume is an important factor when choosing a veterinary hematology analyzer.

EHVT-75 requires 100 μL for hematology testing and 200 μL for urine or feces analysis. It accepts both capillary and venous blood, providing flexibility during sample collection.

For veterinary practices that need a broader range of diagnostic functions, our multi-functional veterinary analyzer EHVT-50 combines 9-diff hematology, immunoassays, biochemistry, urine, and feces testing in one platform. It provides 48 CBM parameters, 29 urine parameters, and 29 feces parameters, with sample volumes ranging from 100–200 μL depending on the test.

The choice therefore comes down to the testing scope and workflow your veterinary laboratory needs to support.

Automation Helps Keep Routine Testing Simple

A reliable hematology analyzer should make routine testing easier to manage. Automation can reduce manual steps and create a more consistent testing process.

Automatic Calibration and Quality Control

EHVT-50 and EHVT-75 both use automatic calibration and dry QC cards. These functions simplify routine calibration and quality control while reducing manual intervention during everyday operation.

Connected Results and Data Storage

Data management becomes increasingly important as testing volumes grow. Both EHVT-50 and EHVT-75 support LIS, USB, and LAN connectivity and can store up to 10,000 results.

This allows test data to become part of a more connected laboratory workflow rather than remaining isolated within the analyzer.

Maintenance and Reagent Handling Matter in Daily Use

The amount of routine maintenance can directly affect how easily a hematology analyzer fits into a busy veterinary environment. A simpler operating design can reduce unnecessary daily tasks.

A No-Fluid-Path Design

EHVT-50 uses a no-fluid-path architecture with single-use, sealed reagent kits. This design removes routine fluid-path cleaning and helps reduce cross-contamination risk. Its reagents can also be stored at room temperature, simplifying reagent handling.

EHVT-75 also uses a no-fluid-path architecture and single-use reagent cartridges. Its reagents do not require cold-chain storage, which can simplify storage and logistics.

A Compact Design for Veterinary Settings

Laboratory space is another practical consideration when selecting diagnostic equipment.

EHVT-75 measures 415 × 203 × 483 mm and weighs 8 kg. Its compact format makes it easier to integrate into veterinary environments where available bench space is limited.

Choosing the Right Veterinary Hematology Analyzer for Your Workflow

The right analyzer depends on the testing requirements of each veterinary laboratory. Looking at the complete workflow makes the selection process more practical than focusing on a single specification.

When Broader Diagnostic Functions Matter

EHVT-50 combines 9-diff hematology, immunoassays, biochemistry, urine, and feces testing. It processes 5–7 samples per hour and features a 10.1-inch full-color touchscreen and built-in thermal printer.

It measures 400 × 350 × 450 mm and weighs 15 kg, making it a suitable option when broader diagnostic functions are an important part of the workflow.

When Space and Routine Testing Are Priorities

EHVT-75 combines 9-diff hematology with automated urine and feces analysis. Its 8 kg body and 415 × 203 × 483 mm dimensions make compact installation one of its practical advantages.

Considering testing scope, sample volume, physical dimensions, and daily workflow together can help veterinary teams identify the solution that fits their needs.

How Can AI Support Veterinary Hematology Analysis?

AI can add value when it is integrated directly into the diagnostic workflow rather than treated as a separate function.

Our AI × CBM approach combines cell analysis with visual evidence and structured diagnostic information. By organizing morphology findings and test results, the system can help veterinary professionals review relevant information more efficiently.

The purpose is to support professional assessment, not replace veterinary expertise.

Why Choose Ozelle for Veterinary Hematology Analysis?

At Ozelle, we focus on AI-powered diagnostics and integrated clinical systems for healthcare and veterinary applications. Our diagnostic approach combines AI with Complete Blood Morphology to connect numerical analysis, morphology information, and clinical workflow.

Our broader diagnostic deployment includes more than 50,000 installations, more than 50 million cell images generated daily, and more than 100 billion cell data points. These figures reflect our overall diagnostic technology and should not be interpreted as individual product performance figures.

For more information about our diagnostic solutions, AI-powered hematology analyzers show how we bring AI × CBM, integrated diagnostics, and practical laboratory workflows together.

A reliable hematology analyzer should provide more than numerical results. It should fit the available sample volume, provide useful diagnostic information, simplify daily operation, and integrate naturally into veterinary laboratory workflows. That is the approach we bring to veterinary hematology analysis.