High-caseload emergency and 24/7 veterinary hospitals rely heavily on fast, accurate laboratory results to stabilize critical patients. From trauma and shock to sepsis, kidney injury, and severe gastrointestinal disease, clinicians often need complete blood counts, urine analysis, and fecal examinations within minutes rather than hours. When these tests depend on multiple instruments or external laboratories, turnaround time increases and clinical decisions can be delayed.

O EHVT-50 multi-functional analyzer for veterinary use is designed to bring hematology, urine, fecal, and immunoassay testing together in one AI-enhanced platform. By consolidating key diagnostic workflows and simplifying daily operation, it helps emergency hospitals shorten laboratory turnaround time, maintain consistent quality, and support more confident decision-making.

Turnaround Time Challenges in Emergency Vet Hospitals

Emergency and 24/7 veterinary hospitals frequently process large volumes of CBCs, urine, and fecal tests for triage, monitoring, and follow-up. When each test type is performed on a separate analyzer—or, or sent out to an external laboratory—several issues appear.

First, fragmented workflows increase complexity. Technicians may need different sample preparations for each instrument, walk between devices, and repeat runs if errors or clogs occur. Second, sending samples to outside labs adds transportation and queue time, which can be especially problematic during nights and weekends, when emergency cases keep arriving. Third, managing maintenance schedules and reagent logistics for multiple analyzers can lead to unexpected downtime, just when the caseload is highest.

By contrast, a single multi-functional veterinary analyzer that supports CBC, urine sediment, fecal analysis, and immunoassays in-house can streamline operations. The EHVT-50 is built to meet this need with a compact, AI-driven system that fits easily into emergency departments, laboratories, mobile units, and ambulances.

Overview of the EHVT-50 Multi-Functional Veterinary Analyzer

The EHVT-50 is presented as a “Multi-functional Analyzer For Vet – Your Ideal Veterinary AI Lab,” integrating 7-part differential hematology, urine analysis, fecal analysis, and immunofluorescence-based immunoassays. It supports blood, urine, and feces as sample types and is currently configured for canine and feline patients, with additional species planned.

For hematology, the EHVT-50 provides a 7-differential complete blood morphology panel with 42 hematology parameters. These include white blood cell counts and subsets (such as neutrophils, lymphocytes, monocytes, eosinophils, and basophils), red blood cell indices (such as RBC, HGB, HCT, MCV, MCH, MCHC, RDW), and platelet-related parameters like PLT, MPV, PDW, PCT, and extended platelet indices. The analyzer uses AI-based cell morphology analysis to identify multi-classified and abnormal cells, including reticulocytes and other atypical forms that can be important in emergency cases.

In urine analysis, the system detects casts (for example, hyaline and cellular casts), red and white blood cells, epithelial cells, a wide range of crystals, microorganisms including bacteria and fungi, as well as elements like fat droplets and mucus. For fecal analysis, it identifies parasite eggs, intestinal protozoa, RBCs, WBCs, epithelial cells, food residues such as starch and plant fibers, and diverse microbial communities. The integrated immunoassay module supports assays related to inflammation, pancreatitis, kidney disease, hormones, cardiac markers, and infectious diseases through immunofluorescence.

By combining these capabilities, the EHVT-50 enables emergency hospitals to obtain a broad panel of diagnostic information from a single device.

AI Cell Morphology and Advanced Imaging

A major differentiator of the EHVT-50 is its use of AI cell morphology supported by high-resolution imaging, high-speed image acquisition, and multispectral imaging technology. This approach leverages image-based interpretation of blood cells and other elements, moving beyond simple impedance counting.

The system uses single-use wet-staining technology for WBC imaging and classification. In the CBC module, it offers 16 WBC items, 19 RBC items, and 8 platelet items, combining cell morphology with photoelectric colorimetry. Cell morphology examples in the documentation include segmented neutrophils with multiple lobes, schistocytes, teardrop cells, Heinz bodies, echinocytes, and other forms that carry crucial diagnostic significance.

In an emergency environment, this AI morphology capability can help clinicians detect complex abnormalities earlier, such as hemolytic processes, marked inflammation, or significant anisocytosis and poikilocytosis. Instead of waiting for a reference lab smear review, veterinarians can obtain morphology-driven insights directly from the analyzer images.

One Platform for CBC, Urine, and Fecal Tests

The EHVT-50’s design unifies hematology, urine, fecal, and immunoassay testing in one platform. For emergency hospitals, this combination is key to reducing turnaround time and simplifying workflows.

Technicians can process capillary or venous blood, urine, and feces using the same instrument, with consistent operating steps and graphical interfaces. The throughput is approximately 5-7 samples per hour, providing a steady processing rate suitable for small to medium workloads. The analyzer can store up to 100,00 sample results, enabling easy retrieval of historical data for inpatients and repeat visitors.

Urine and fecal modules benefit from the same imaging and AI-driven classification approach, generating visual cell images for elements such as RBCs, WBCs, epithelial cells, parasite eggs, protozoa, and various microbial forms. This unified approach allows emergency staff to learn and apply one workflow across multiple test types, reducing training time and the risk of procedural errors.

Maintenance-Free Structure with Individual Test Kits

Unplanned downtime in emergency hospitals can severely disrupt care. Traditional analyzers often require regular maintenance, cleaning, and management of bulk reagent bottles, which can lead to clogs or cross-contamination if not handled correctly.

The EHVT-50 addresses these issues with a maintenance-free architecture based on individual test kits. Single-use kits reduce the chance of cross-contamination and lower the frequency of cleaning routines, while also limiting reagent waste since each test uses a dedicated kit. This design helps the analyzer remain available during busy periods and lowers the risk that urgent samples will be delayed due to system maintenance.

Auto calibration and dry-type QC cards further streamline quality assurance. Technicians can maintain analytical performance without extensive manual adjustments, supporting consistent results throughout 24/7 operations.

User-Friendly Operation for 24/7 Workflows

The EHVT-50’s usability features are tailored to fast-paced clinical environments. The analyzer is equipped with a 10.1-inch touch screen (800 × 1280 resolution), providing intuitive navigation and clear display of numerical results and cell images. Simple, guided workflows help reduce operator errors and shorten training time for new staff members.

Communication interfaces include two USB ports and a LAN port, with LIS connectivity for integration with hospital systems. Built-in thermal printing and support for external printers allow immediate output of reports. These functions reduce manual transcription and make it easier for clinicians to access results wherever they are in the facility.

Physically, the EHVT-50 is compact, with dimensions around 350 mm × 400 mm × 450 mm and a net weight of about 15 kg. It operates on AC 100–240 V (50–60 Hz), making it adaptable to various installation sites, including emergency departments, laboratories, and mobile units. This combination of compact size and flexible power input allows hospitals to position the analyzer close to point-of-care areas, further shortening turnaround time by reducing sample transport.

Lab-Grade Performance for Critical Cases

Fast results are only valuable if they are reliable enough to support important clinical decisions. The EHVT-50 is engineered to deliver lab-grade performance through its combination of AI cell morphology, high-resolution imaging, and proven methodologies such as photoelectric colorimetry.

Correlation data in the documentation show strong relationships between EHVT-50 outputs and reference methods for parameters like WBC, RBC, PLT, and HGB. This supports its suitability for use in settings where decisions about transfusion, surgery, or intensive care depend on accurate laboratory information.

The immunoassay module extends the analyzer’s clinical utility. It includes assays for inflammation markers (such as cCRP and fSAA), kidney markers (such as cSDMA and fSDMA, as well as cystatin C), hormones (for example cortisol and thyroid-related markers), cardiac markers (such as cTnI and NT-proBNP), and multiple infectious disease tests. For emergency patients, these additional parameters can help build a more complete picture of systemic health in a single testing session.

Differences Compared with Conventional Systems

Compared with many conventional hematology and POCT systems that mainly rely on impedance technology and offer a limited test menu, this analyzer uses an AI image‑based approach and combines multiple testing capabilities on a single platform.

Key differences include:

• Measurement principle: AI‑driven cell morphology with visual cell images instead of relying solely on impedance signals, adding morphology‑aware insight beyond numeric values.
• Functional scope: One device supports CBC, immunoassay, urine, and fecal analysis, reducing the need for several standalone instruments with narrower functions.
• Maintenance model: A design focused on minimal routine upkeep, lowering dependence on frequent, labor‑intensive maintenance procedures common in many legacy analyzers.
• Reagent strategy: Single‑use or individual test kits that help control consumption and reduce reagent waste compared with bulk liquid reagents.

For emergency and other high‑pressure clinical settings, these differences can translate into shorter downtime, more informative morphology at or near the point of care, and more predictable reagent usage, all contributing to smoother and more efficient diagnostic workflows.

Flexible Application in Emergency and Mobile Settings

The EHVT‑50 is built to support a broad spectrum of veterinary diagnostic settings beyond emergency and 24/7 hospitals. It is suitable for use in veterinary clinics, diagnostic laboratories, and other clinical environments where in‑house hematology, urine, fecal and immunoassay testing are needed.

Its compact size and 15 kg weight make it practical to install in crowded ED labs or to deploy in mobile units for outreach and field operations. The power supply flexibility and robust design help maintain performance across different locations. This versatility lets institutions adopt a consistent platform for both in-hospital and mobile diagnostics.

Enhancing Emergency Decision-Making with EHVT-50

The EHVT-50’s design philosophy aligns closely with the needs of high-caseload emergency veterinary hospitals. By bringing AI-driven 7-diff hematology, urine analysis, fecal analysis, and immunoassays into one compact system, it helps teams move from sample collection to clinically useful results more quickly.

For clinicians, this means:

• Faster access to CBC, urine, and fecal results via a single platform.
• Morphology-informed insights using AI and visual cell images.
• Reduced downtime and reagent waste due to individual test kits and maintenance-free structure.
• Lab-grade analytical performance suitable for critical interventions and monitoring.
• User-friendly operation, LIS connectivity, and flexible placement options that fit 24/7 workflows.

Together, these features make the EHVT-50 a strong candidate for emergency and 24/7 veterinary hospitals looking to improve turnaround time and diagnostic confidence.

To learn more about EHVT‑50 features, configurations, and applications, please contact us directly for detailed information and tailored support: https://ozellemed.com