Order Code	Product Name
A-02-08-M03	Veterinary Blood Gas Analyzer | Animal Blood Gas POCT Equipment | FKNMED

Veterinary Blood Gas Analyzer for Animal Blood Gas and Electrolyte Detection

Brief Introduction

The FKNMED Veterinary Blood Gas Analyzer is a professional point-of-care testing device designed for veterinary clinical diagnosis and scientific research applications. As a practical import alternative solution, it supports standardized veterinary IVD workflows with maintenance-free micro-electrode technology and automatic liquid calibration.

The analyzer integrates blood gas and electrolyte simultaneous detection to provide accurate, traceable and repeatable diagnostic data. With portable design, rapid testing capability and intelligent data management functions, it supports Veterinary POCT, Pet POCT, Animal POCT and laboratory testing applications for global veterinary facilities, research institutions and animal health organizations.

Application Scope

This veterinary blood gas analyzer supports comprehensive animal clinical testing and laboratory analysis scenarios. It is suitable for emergency detection in Veterinary POCT, Pet POCT and Animal POCT environments, while supporting professional testing requirements in Veterinary IVD, Pet IVD and Animal IVD laboratory systems.

The device assists intraoperative monitoring in Veterinary Operating Room, Pet Operating Room and Animal Operating Room environments and supports metabolic condition evaluation during Veterinary Treatment & Recovery, Pet Treatment & Recovery and Animal Treatment & Recovery processes.

It also complements routine health assessment in Veterinary Exam Diagnostics, Pet Exam Diagnostics and Animal Exam Diagnostics. The analyzer can support perioperative evaluation related to Veterinary Dental Care, Pet Dental Care, Animal Dental Care, Veterinary Ophthalmic Care, Pet Ophthalmic Care and Animal Ophthalmic Care applications.

Beyond companion animal healthcare, the system is suitable for veterinary scientific research institutions, veterinary laboratories, third-party animal testing organizations and breeding medical support departments. It meets professional application requirements from veterinary clinics, animal hospitals, importers, distributors and large-scale breeding enterprises.

Features

Diagnostic Accuracy

Equipped with maintenance-free micro-electrode technology and automatic liquid calibration, the analyzer provides stable blood gas and electrolyte measurement performance. It supports simultaneous detection of multiple parameters and more than 23 calculated items, with complete data traceability to improve result consistency and testing reliability.

The standardized detection mechanism helps reduce sample deviation and manual operation errors, providing reliable data support for veterinary metabolic analysis, pathological assessment and clinical decision support.

Operational Reliability

Designed for frequent clinical and laboratory testing, the instrument features a liquid-circuit-free structure to reduce routine maintenance requirements. Single disposable test cards help prevent cross-contamination between samples and support consistent testing quality during continuous operation.

Room-temperature-stored reagent cards with a minimum four-month validity period simplify consumable management and support standardized workflows in veterinary laboratories and clinical institutions.

Lab & Clinic Efficiency

The device completes sample detection and outputs results in approximately 45 seconds, shortening report waiting cycles for veterinary professionals. Automatic horizontal sampling reduces manual processing steps, while the built-in thermal printer supports immediate result documentation.

Wired and wireless LIS/HIS connection enables data synchronization and improves laboratory information management efficiency for pet hospitals, research institutions and third-party animal testing organizations.

Workflow Compatibility

The analyzer supports integration with standardized veterinary clinical and laboratory management workflows through LIS/HIS connectivity. Full-touch screen operation, graphical guidance, multimedia teaching videos and QR code management functions simplify daily operation procedures.

The portable structure and rechargeable battery design allow flexible application in inpatient wards, operating rooms, examination rooms and laboratory testing environments without complex workflow adjustment.

Cost Effectiveness

The maintenance-free structure reduces routine liquid circuit maintenance and electrode replacement requirements, helping lower long-term operational costs. Disposable test cards minimize repeated testing losses caused by contamination risks and support efficient consumable management.

Multi-parameter integrated detection reduces the need for multiple single-function devices, making the analyzer suitable for bulk procurement by veterinary institutions, research laboratories and international B2B distributors.

Specification

-Test Speed: Test results available in about 45 seconds

-Detection Parameters: 8 core items including PH, PO2, PCO2, Na+, K+, CL-, Ca++, Hct

-Calculation Items: ≥23 professional blood gas and metabolism calculation indicators

-Reagent Card Storage: Room temperature storage, no preheating required, minimum 4-month validity period

-Calibration Method: Automatic liquid calibration

-Electrode Technology: Maintenance-free micro-electrodes built into reagent cards

-Sampling Method: Automatic parallel suction sampling

-Data Output: Built-in thermal printer, wired/wireless LIS/HIS connection

-Operation: Full large-screen touch control, graphical guide, multimedia teaching video, QR code management

-Physical Parameters: Dimension 315mm × 238mm × 153mm, weight <4kg (with battery)

-Battery Performance: 20-hour standby time or 50 consecutive tests per full charge

Why Choose FKNMED

FKNMED Veterinary Blood Gas Analyzer provides a professional animal blood gas testing solution for global veterinary markets. The device supports stable bulk supply and standardized cross-border B2B cooperation for international distributors and institutional buyers.

Combining maintenance-free operation, multi-parameter detection capability and intelligent data management, the analyzer adapts to emergency testing, clinical monitoring and scientific research applications in pet clinics, animal hospitals and veterinary laboratories.

Q1. How should veterinary hospitals select a blood gas analyzer for critical care?

Veterinary hospitals should select a blood gas analyzer based on critical care requirements, clinical application scenarios, animal species, workflow needs, and long-term operational considerations. Important factors include measurement capabilities, sample handling procedures, testing frequency, operator requirements, maintenance management, and integration into emergency workflows. For intensive care units, emergency departments, and diagnostic laboratories, the analyzer should support the complete process from blood sample collection and analysis to clinical evaluation and monitoring of animal health conditions.

Q2. Which animal species are suitable for blood gas testing in veterinary hospitals?

Blood gas testing can support clinical assessment across various veterinary applications, including companion animals such as dogs and cats, as well as equine and livestock healthcare environments. The appropriate animal species depend on clinical requirements, sample collection procedures, and diagnostic objectives. Veterinary facilities should evaluate their intended applications before procurement to ensure that the blood gas analyzer matches their workflow for emergency care, critical monitoring, surgical support, and respiratory or metabolic assessment.

Q3. How does point-of-care blood gas testing improve anesthesia monitoring?

Point-of-care blood gas testing can support anesthesia monitoring by providing additional physiological information during veterinary procedures. Blood gas parameters may assist veterinarians in evaluating respiratory and metabolic status together with clinical observations and other monitoring data. Integrating blood gas analysis into surgical and anesthesia workflows allows veterinary teams to obtain diagnostic information closer to the time of patient assessment, supporting more efficient monitoring and clinical decision-making.

Q4. Which blood sample types are appropriate for veterinary blood gas analysis?

The appropriate blood sample type depends on the analyzer specifications, testing method, and clinical application. Veterinary teams should follow recommended sample collection and handling procedures to maintain reliable blood gas measurements. Proper sample preparation, anticoagulant selection, storage conditions, and timely analysis are important factors in the diagnostic workflow. Before purchasing equipment, veterinary facilities should confirm sample requirements to ensure compatibility with their routine critical care procedures.

Q5. What preanalytical factors can affect pH, pCO₂, and pO₂ measurements in animals?

Preanalytical factors can significantly influence blood gas measurement results, including sample collection technique, sample handling, anticoagulant selection, air exposure, storage conditions, and testing time after collection. Veterinary facilities can improve result reliability by establishing standardized sample management procedures and providing technician training. Proper control of the workflow from blood collection to analysis helps reduce variations and supports accurate interpretation of blood gas data in clinical environments.

Q6. How should veterinarians interpret blood gas results with ventilation and perfusion findings?

Blood gas results should be interpreted together with clinical examination findings, respiratory status, ventilation and perfusion information, and other diagnostic data. Veterinary professionals evaluate blood gas parameters as part of a comprehensive assessment rather than relying on individual values alone. Integrating blood gas analysis into the clinical workflow helps veterinarians better understand physiological changes and supports decision-making during emergency care, anesthesia monitoring, and critical patient management.

Q7. Can blood gas analysis guide oxygen therapy in veterinary emergency departments?

Blood gas analysis can provide valuable physiological information that may assist veterinarians when evaluating animals requiring respiratory support or oxygen therapy. Results should be considered together with clinical signs, patient condition, and other monitoring information. In emergency departments, point-of-care blood gas testing can help veterinary teams assess changes during treatment and support more structured management of critically ill animals through continuous diagnostic evaluation.

Q8. What specifications matter when selecting a veterinary blood gas analyzer?

When selecting a veterinary blood gas analyzer, facilities should evaluate measurement capabilities, sample requirements, testing workflow, operational reliability, maintenance procedures, and suitability for their clinical environment. Emergency departments, intensive care units, and diagnostic laboratories should consider how the analyzer fits into existing procedures, including sample collection, result interpretation, and patient monitoring. Procurement decisions should focus on long-term workflow compatibility and operational requirements.

Q9. What calibration and quality-control procedures are required for reliable blood gas testing?

Reliable blood gas testing requires appropriate calibration procedures, quality control practices, and regular verification of analyzer performance. Veterinary laboratories should follow manufacturer recommendations regarding equipment operation, quality checks, and maintenance procedures. Consistent quality management helps identify potential issues related to instrument performance, sample handling, or workflow procedures, supporting stable and repeatable blood gas analysis in veterinary clinical environments.

Q10. What maintenance procedures help prevent downtime in high-use veterinary facilities?

Regular maintenance is essential for maintaining stable operation of blood gas analyzers in high-use veterinary facilities. Veterinary teams should follow recommended procedures for equipment cleaning, consumable management, operational checks, and proper handling of testing materials. Effective maintenance planning helps reduce workflow interruptions, improve equipment availability, and support continuous diagnostic capability for emergency care, intensive monitoring, surgical procedures, and routine veterinary laboratory operations.

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