Category
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Order Code |
Product Name |
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A-02-02-M06 |
Portable Veterinary Fluorescence Immunoassay Analyzer for Animal POCT Testing | FKNMED |
The Portable Veterinary Fluorescence Immunoassay Analyzer is a compact Veterinary IVD and Pet POCT diagnostic device designed for rapid animal clinical immunoassay detection. Based on fluorescence immunochromatography technology, it provides stable quantitative detection for multiple animal biochemical and immune indicators.
With a portable design, small sample volume requirement, and short testing cycle, this analyzer supports efficient point-of-care testing workflows for pet clinics, animal hospitals, livestock health stations, and veterinary diagnostic laboratories. It is suitable for modern veterinary institutions requiring flexible deployment and standardized testing procedures.
This Veterinary Fluorescence Immunoassay Analyzer is widely applied in pet hospitals, veterinary clinics, livestock breeding farms, veterinary laboratories, and third-party animal health detection institutions.
The analyzer supports quantitative testing of inflammation markers, cardiac function indexes, blood coagulation items, diabetes indicators, and maternal and child health biomarkers for animals. It is suitable for daily pet physical examination, postoperative recovery monitoring, inflammation screening, cardiovascular condition assessment, and metabolic disease auxiliary diagnosis.
For veterinary distributors and B2B partners, this portable analyzer provides a practical Animal Diagnostic Equipment solution for small clinical testing scenarios and batch rapid screening applications in large-scale breeding and laboratory environments.
The analyzer adopts fluorescence immunochromatography principles to provide quantitative detection of multiple animal clinical indicators. It supports testing items including CRP, SAA, PCT, HbA1c, NT-proBNP, 25-OH-VD, FDP, and D-Dimer.
With a coefficient of variation within ±10%, the analyzer provides consistent detection repeatability and stable quantitative results for veterinary testing workflows.
The device completes testing within 3 minutes and requires a maximum sample volume of 15μL for CRP detection, helping simplify sample preparation and improve daily testing efficiency in veterinary clinics and laboratories.
The system supports different categories of animal health indicators, including cardiac indexes, maternal and child indexes, diabetes indexes, inflammation indexes, and blood coagulation indexes.
Equipped with a 4.3-inch LCD touch screen and storage capacity of up to 2000 test results, the analyzer supports convenient operation, data recording, and result review for routine veterinary testing.
The compact all-in-one structure supports point-of-care testing applications in pet clinics, animal hospitals, livestock health stations, and veterinary laboratories, improving equipment flexibility and deployment efficiency.
| Display Screen | 4.3-inch LCD touch screen |
| Detection Principle | Fluorescence immunochromatography |
| Detection Time | ≤3 minutes |
| Coefficient of Variation | CV ≤ ±10% |
| Applicable Sample Type | Peripheral blood or venous blood |
| Minimum Sample Volume | ≤15μL (for CRP detection) |
| Data Storage Capacity | Up to 2000 test results |
| Detectable Indicators | Cardiac index (NT-proBNP); Maternal & child index (25-OH-VD); Diabetes index (HbA1c); Inflammation indexes (SAA, PCT, CRP); Blood coagulation indexes (FDP, D-Dimer) |
FKNMED’s Portable Veterinary Fluorescence Immunoassay Analyzer is designed for global veterinary IVD and pet healthcare markets, providing portable and efficient testing solutions for veterinary clinics, animal hospitals, laboratories, importers, and distributors.
With fluorescence immunochromatography technology, multi-index testing capability, stable batch supply, and flexible B2B cooperation support, FKNMED helps international partners improve veterinary testing workflows and expand Animal Diagnostic Equipment portfolios.
The compact design, rapid testing process, and practical application flexibility make this analyzer suitable for diverse veterinary POCT scenarios and long-term equipment deployment in global animal healthcare markets.
Q1. How to choose a veterinary immunoassay analyzer for clinical diagnostics?
When selecting a veterinary immunoassay analyzer, veterinary facilities should evaluate their diagnostic applications, testing volume, animal types, workflow requirements, and long-term operational needs. The suitable platform should support routine clinical diagnostics, disease screening, and follow-up monitoring according to the facility’s service scope. Procurement teams should also consider assay availability, reagent supply stability, maintenance requirements, and operator training. A properly selected immunoassay system can help integrate diagnostic testing into the veterinary workflow from sample collection and analysis to clinical evaluation.
Q2. Which animal species and sample types are suitable for immunoassay testing?
Veterinary immunoassay systems are used across different animal healthcare applications, including companion animal and livestock diagnostic workflows. The applicable animal species and sample types depend on the analyzer configuration, assay design, and clinical requirements. Common veterinary testing workflows may involve biological samples collected during routine examination or disease monitoring procedures. Before purchasing an analyzer, users should confirm compatibility with their target species, testing objectives, and laboratory operation model to ensure effective application in daily veterinary practice.
Q3. Can this analyzer support rapid screening in veterinary hospitals and clinics?
A veterinary immunoassay analyzer can support screening workflows by providing efficient testing capability for veterinary hospitals and clinics. Immunoassay testing can be integrated into clinical processes including animal examination, disease screening, and follow-up assessment. By reducing dependence on external testing services, in-house systems may help veterinary teams access diagnostic information within their own workflow. The actual testing efficiency depends on analyzer configuration, assay availability, sample processing procedures, and the operational requirements of each facility.
Q4. How does immunoassay improve detection of infectious and inflammatory markers?
Immunoassay technology supports veterinary diagnostics by detecting specific biological markers associated with infectious diseases, immune responses, or inflammatory conditions. In clinical workflows, these results can provide additional information alongside physical examination and other laboratory tests. Veterinary teams can use immunoassay data as part of a comprehensive diagnostic evaluation process. The value of the system depends on appropriate assay selection, correct sample handling, standardized operation, and integration with the overall veterinary diagnostic workflow.
Q5. What factors should be considered when selecting a veterinary immunoassay platform?
Important factors when selecting a veterinary immunoassay platform include intended application, testing frequency, animal species, assay menu requirements, reagent availability, workflow compatibility, and maintenance needs. Veterinary laboratories should also evaluate operational factors such as technician training, quality control procedures, and long-term supply stability. For clinics, reference laboratories, and animal healthcare facilities, the selected system should match current diagnostic demand while providing flexibility for future expansion and continuous testing operations.
Q6. How can this analyzer fit into pre-treatment and follow-up workflows?
Veterinary immunoassay analyzers can be integrated into clinical workflows before treatment decisions and during follow-up monitoring. Testing results may provide supporting information for veterinarians when evaluating animal health conditions and tracking changes over time. In hospitals and clinics, immunoassay testing can work alongside physical examination, biochemistry analysis, and other diagnostic procedures. A suitable analyzer should support consistent operation, efficient sample processing, and reliable data generation throughout different stages of veterinary healthcare management.
Q7. How reliable are veterinary immunoassay results for routine practice?
The reliability of veterinary immunoassay results depends on multiple factors, including sample quality, reagent management, analyzer performance, calibration procedures, quality control practices, and operator operation. Veterinary facilities should establish standardized workflows covering sample collection, testing procedures, and result review. Regular quality management helps maintain consistency during routine use. When evaluating an immunoassay system, laboratories should consider not only analytical capability but also operational stability and the ability to support continuous diagnostic workflows.
Q8. What sample handling steps improve accuracy in immunoassay testing?
Proper sample handling is essential for maintaining reliable immunoassay performance. Veterinary laboratories should establish standardized procedures for sample collection, identification, preparation, storage, and transportation according to testing requirements. Factors such as sample quality and handling consistency can influence final results. By improving pre-analytical workflow control, veterinary teams can reduce avoidable variation and support more consistent diagnostic outcomes. Effective sample management is an important part of a complete veterinary testing process.
Q9. How does a veterinary immunoassay analyzer support laboratory standardization and repeatability?
A veterinary immunoassay analyzer supports laboratory standardization by providing structured testing procedures and consistent operational workflows. Standardized processes can help reduce variation caused by manual operation differences and improve repeatability across routine testing activities. Veterinary laboratories can further strengthen consistency through quality control programs, technician training, and regular equipment management. For multi-user or multi-site diagnostic environments, workflow standardization is important for maintaining reliable testing performance and supporting veterinary healthcare decisions.
Q10. When should a veterinary facility upgrade to an automated immunoassay platform?
A veterinary facility may consider upgrading to an automated immunoassay platform when testing demand increases, manual workflows become inefficient, or higher standardization is required. Upgrade decisions should consider factors such as patient volume, diagnostic service expansion, technician workload, turnaround time requirements, and long-term operational goals. Automation can help improve workflow efficiency, reduce repetitive manual steps, and support continuous diagnostic capability. Facilities should evaluate their current and future needs before selecting an immunoassay solution.
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