Order Code	Product Name
A-02-03-M02	5 Part Veterinary Hematology Analyzer | Veterinary IVD Blood Testing Equipment

5 Part Veterinary Hematology Analyzer

Brief Introduction

This fully automatic 5 Part Veterinary Hematology Analyzer is a laboratory-grade Veterinary IVD and Pet IVD diagnostic device designed for standardized animal blood analysis workflows. Combining tri-angle laser scatter, flow cytometry and impedance technologies, it provides 5-part WBC differentiation and 29 complete hematology parameters for veterinary clinical examination and laboratory testing applications. Equipped with SMART-FLUID and Sweep-Flow technologies, the analyzer supports stable platelet counting performance and uses cyanide-free hemoglobin reagents for safer operation. Its compact structure, low sample consumption and automated operation make it suitable for pet hospitals, veterinary clinics, livestock facilities and professional veterinary diagnostic laboratories.

Application Scope

The Veterinary Hematology Analyzer supports diversified veterinary testing environments, including pet clinics, animal hospitals, livestock breeding facilities, veterinary laboratories and animal disease screening institutions. It is designed for venous and capillary whole blood testing in routine animal health examination, preoperative hematological assessment, postoperative monitoring, livestock health screening and experimental animal testing workflows.

With CBC and CBC+DIFF testing modes, the analyzer adapts to different veterinary laboratory requirements, supporting both on-site Pet POCT applications and batch testing environments for professional veterinary IVD laboratories and international veterinary equipment distributors.

Features

Advanced Hematology Detection Technology

The analyzer integrates tri-angle laser scatter, flow cytometry and impedance technologies to provide 5-part white blood cell classification and RBC/PLT counting analysis. The 3D scattergram analysis system and dual-channel counting structure support reliable hematological testing workflows.

Operational Reliability

Built with stable fluid control and optical sensing systems, the analyzer supports continuous operation with automatic sleep and wake-up functions. The automatic probe cleaning system helps reduce sample residue and pipeline blockage during repeated testing operations. Cyanide-free hemoglobin testing technology and integrated reagent management design support consistent daily laboratory operation.

Efficient Veterinary Laboratory Workflow

With throughput of more than 60 samples per hour and low sample consumption, the analyzer improves batch testing efficiency while reducing animal sampling requirements. The 14-inch HD touch screen, built-in thermal printer and large-capacity data storage simplify daily laboratory operation and reporting processes.

Laboratory System Compatibility

The analyzer supports LAN connection, multiple USB interfaces, bidirectional LIS communication and HL7 protocol compatibility. The integrated RFID reader, multilingual interface options and customizable reports allow integration into different veterinary laboratory management environments.

Cost-Effective Veterinary Testing Solution

Low sample consumption, cyanide-free reagents and stable operating performance help reduce routine consumable costs and maintenance requirements. The compact integrated design provides space-saving advantages for veterinary institutions, laboratories and distributors requiring reliable equipment deployment.

Specification

Detection Principle	Tri-angle laser scatter + Flow Cytometry for WBC; Impedance technology for RBC/PLT; 3D scattergram analysis
Test Modes	CBC mode, CBC+DIFF mode
Specimen Type	Capillary whole blood, venous whole blood
Sample Volume	CBC ≤10μL; CBC+DIFF ≤20μL
Throughput	＞60 samples per hour, 24-hour continuous operation with auto sleep & wake-up
Test Parameters	29 items including WBC, RBC, HGB, HCT, MCV, MCH, MCHC, RDW-SD, RDW-CV, PLT, PCT, PDW, P-LCR, P-LCC, NEU%, LYM%, MON%, EOS%, BAS%, NEU#, LYM#, MON#, EOS#, BAS#
Graphical Output	3D scattergram, 3 histograms (WBC/BASO, RBC, PLT)
Precision & Performance	WBC (0.0–300×10⁹/L, ≤2%CV, ≤0.5%carryover); RBC (0.0–8.0×10¹²/L, ≤1.5%CV, ≤0.5%carryover); HGB (0.0–250g/L, ≤1.5%CV, ≤0.5%carryover); PLT (0–3000×10⁹/L, ≤4.0%CV, ≤1.0%carryover)
Display	14-inch HD color touch screen
Storage	Up to 100,000 test results with complete graphical and patient data
QC Modes	X-B, L-J, X, SD, CV
Interfaces	1×LAN port, 4×USB ports, built-in RFID reader
Communication	Bidirectional LIS support, HL7 protocol compatible
Printing	Built-in thermal-sensitive printer, compatible with multiple external USB printers
Languages	English and multiple optional languages
Power Supply	100–240V, 50/60Hz
Working Environment	Temperature 10°C–30°C, Humidity 20%–85%
Dimension & Weight	48cm(L)×38cm(W)×52cm(H), 36KG
Core Technologies	SMART-FLUID fluid technology, Sweep-Flow counting technology, cyanide-free HGB testing

Why Choose FKNMED

FKNMED’s 5 Part Veterinary Hematology Analyzer is designed for global veterinary IVD applications, providing professional animal blood testing capabilities with stable performance and efficient laboratory workflow support. Combining 5-part differentiation technology, low sample consumption, intelligent system compatibility and cost-effective operation, it meets the equipment requirements of veterinary hospitals, diagnostic laboratories, importers and distributors.

FKNMED supports continuous B2B supply and standardized veterinary equipment solutions for international markets. The analyzer provides reliable performance for veterinary clinical laboratories, pet healthcare institutions and livestock health management applications requiring efficient hematology testing equipment.

Five-Part Veterinary Hematology Analyzer – FAQ

Q1. How to choose a five-part veterinary hematology analyzer for reference testing?

When selecting a five-part veterinary hematology analyzer, laboratories should evaluate diagnostic requirements, testing volume, animal species coverage, workflow complexity, and long-term operational needs. Five-part analysis is suitable for facilities requiring more detailed blood cell differentiation and advanced hematology evaluation. Procurement teams should consider system stability, quality control capabilities, maintenance requirements, reagent availability, and integration with existing laboratory workflows. A properly selected analyzer should support consistent testing performance for veterinary hospitals, reference laboratories, and diagnostic centers handling complex clinical cases.

Q2. What are the advantages of five-part versus three-part hematology analysis?

Five-part veterinary hematology analysis provides more detailed white blood cell differentiation compared with three-part systems, supporting deeper evaluation of veterinary blood samples. This additional differentiation capability can provide valuable information when assessing complex cases involving infection, inflammation, anemia, or other hematological changes. Three-part systems are often suitable for routine screening, while five-part analyzers are designed for facilities requiring more advanced diagnostic information. The appropriate choice depends on clinical application, testing requirements, and laboratory workflow objectives.

Q3. How does detailed leukocyte differentiation support clinical decision making?

Detailed leukocyte differentiation helps veterinary professionals obtain more comprehensive hematology information during clinical evaluation. By analyzing different white blood cell populations, five-part hematology systems can support assessment of immune response patterns and assist veterinarians in combining laboratory findings with physical examination and other diagnostic information. In veterinary hospitals and reference laboratories, detailed hematology results can improve workflow for complex cases, disease monitoring, and treatment follow-up when interpreted within the appropriate clinical context.

Q4. Which animal species benefit most from five-part blood cell differentiation?

Five-part veterinary hematology analyzers are commonly applied in facilities managing diverse animal healthcare needs, including companion animals and other veterinary species requiring detailed blood analysis. The applicable species depend on analyzer configuration, reference range management, and laboratory requirements. Before procurement, veterinary facilities should evaluate their patient population, testing frequency, and diagnostic objectives. Proper species-specific workflow management is important for achieving consistent hematology results across different animal applications.

Q5. What factors should be considered when selecting a high-end veterinary hematology platform?

Key factors for selecting a high-end veterinary hematology platform include analytical capability, workflow efficiency, testing volume, quality management functions, maintenance requirements, and long-term operational stability. Laboratories should also evaluate sample handling procedures, operator training requirements, data management capability, and compatibility with existing diagnostic workflows. For veterinary hospitals and reference laboratories, the selected system should support reliable routine testing while providing advanced functionality for complex hematology applications and continuous laboratory development.

Q6. How can this analyzer support emergency and critical care workflows?

A five-part veterinary hematology analyzer can support emergency and critical care workflows by providing detailed hematology information during urgent clinical assessment. In veterinary hospitals, rapid access to blood analysis may assist veterinarians in evaluating patient conditions, monitoring changes, and supporting treatment decisions. Effective emergency application requires standardized sample collection, trained operators, proper quality control, and stable analyzer operation. Integrating hematology testing into clinical workflows helps improve diagnostic efficiency in critical care environments.

Q7. What quality control requirements are important for five-part systems?

Quality control is essential for maintaining reliable performance in five-part veterinary hematology systems. Veterinary laboratories should establish procedures covering calibration management, control material monitoring, equipment maintenance, operator training, and result review. Consistent quality practices help identify potential variations caused by operational factors or sample-related issues. For reference laboratories and multi-user environments, standardized quality control processes are important for maintaining repeatable results and supporting dependable veterinary diagnostic services.

Q8. How can this analyzer support monitoring of infection, inflammation, and anemia?

Five-part veterinary hematology analyzers provide detailed blood cell analysis that can support monitoring workflows related to infection, inflammation, anemia, and other hematological conditions. Hematology results can be combined with clinical examination findings and additional diagnostic tests to provide a broader understanding of animal health status. In veterinary practice, consistent monitoring can assist with disease management, treatment follow-up, and long-term health evaluation. Proper interpretation should always consider species, clinical history, and laboratory standards.

Q9. How should veterinary labs validate analyzer performance across species?

Veterinary laboratories should validate analyzer performance by establishing standardized testing procedures, evaluating sample handling practices, reviewing quality control results, and confirming suitability for their target animal species. Species-specific reference considerations are important because hematology characteristics may vary between different animals. Before routine implementation, laboratories should ensure operators understand system operation and reporting procedures. A structured validation process helps support reliable testing performance and integration into daily veterinary diagnostic workflows.

Q10. When should a clinic decide to upgrade from three-part to five-part hematology analysis?

A veterinary facility may consider upgrading from three-part to five-part hematology analysis when diagnostic requirements become more complex, advanced differentiation is needed, or the current system no longer meets clinical workflow demands. Upgrade decisions should consider patient volume, case complexity, laboratory expansion plans, and the need for more detailed hematology information. Facilities handling referral testing, emergency cases, or advanced clinical evaluation may benefit from adopting a more comprehensive hematology platform.

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