Order Code	Product Name
A-02-01-M07	Intelligent Veterinary POCT Biochemical Analyzer for Animal IVD Testing | FKNMED

Intelligent Veterinary POCT Biochemical Analyzer for Animal IVD Testing

Brief Introduction

This intelligent Veterinary POCT Biochemical Analyzer is a professional clinical detection device designed for global animal healthcare applications. Built on a stable Linux operating system, it integrates multi-wavelength optical detection, diversified calculation algorithms, and quality control management functions to support standardized veterinary biochemical testing workflows.

With a color graphical interface, flexible operation modes, and adaptable data management functions, this analyzer provides reliable Veterinary IVD testing solutions for pet clinics, animal hospitals, and small-to-medium veterinary laboratories. It is suitable for routine animal biochemical screening, laboratory testing, and on-site diagnostic applications.

Application Scope

The Veterinary POCT Biochemical Analyzer is widely used in pet hospitals, private veterinary clinics, animal medical examination centers, veterinary laboratories, and third-party animal disease detection institutions.

The equipment supports routine biochemical screening, postoperative recovery monitoring, and auxiliary clinical diagnosis applications for companion animals and livestock. Its flexible testing modes and customizable report formats meet different requirements for on-site rapid screening and laboratory batch testing.

With multi-language support and standard data transmission interfaces, the analyzer is suitable for global veterinary equipment distributors, importers, and B2B partners requiring stable equipment deployment and standardized operation.

Features

Multi-Wavelength Optical Detection

The analyzer adopts multi-wavelength optical detection technology with wavelength configurations including 340nm, 405nm, 510nm, 546nm, 578nm, 620nm, and two reserved wavelength positions. It supports diversified biochemical signal collection for different testing requirements.

Flexible Calculation and Testing Methods

The system supports endpoint, two-point, kinetics, and double wavelength detection methods, together with factor, linear regression, and nonlinear regression calculation modes for flexible data processing.

Quality Control and Data Management

Dual QC settings are available for each test item, with automatic QC chart generation, one-year QC data storage, query functions, and printable records to support testing stability monitoring and laboratory workflow management.

Stable System Operation

Based on Linux system architecture, the analyzer provides stable operation with automatic self-check functions for light path, liquid path, and mechanical components. The automatic fault alarm system helps monitor equipment status during daily operation.

Efficient Laboratory Workflow

The 7-inch color LCD touch screen, function keys, and external USB mouse and keyboard operation options provide flexible user interaction. Multiple printing modes and report formats support different laboratory documentation requirements.

Energy-Saving and Maintenance Convenience

The automatic lamp dormancy function helps extend light source service life and reduce operational costs. Power-off protection automatically saves test data, supporting continuous operation in veterinary clinics and laboratories.

Specification

Operating System	Linux system with color graphical interface
Operation Mode	7-inch color LCD touch screen, function keys, external USB mouse and keyboard operable
Detection & Calculation Modes	End point, two-point, kinetics, double wavelength; factor, linear regression, nonlinear regression
Wavelength Configuration	340nm, 405nm, 510nm, 546nm, 578nm, 620nm, 2 free reserved positions
Quality Control Function	Dual QC settings per item, automatic QC chart generation, 1-year QC data and chart storage, queryable and printable
Energy Saving Design	Automatic lamp dormancy function
Data Protection	Automatic result saving via power-off protection function
Self-Check Function	Automatic fault alarm for light path, liquid path and mechanical failures
Transmission Interface	Standard communication interface for data transmission
Language Support	Chinese, English, Spanish, Portuguese
Output Mode	Multiple optional printing modes and report formats

Why Choose FKNMED

FKNMED’s Intelligent Veterinary POCT Biochemical Analyzer is designed for global veterinary IVD markets, providing stable equipment performance and adaptable testing solutions for pet medical institutions, veterinary laboratories, importers, and distributors.

With Linux-based system architecture, multi-wavelength optical detection technology, quality control management functions, and flexible data transmission capability, the analyzer supports efficient veterinary testing workflows and standardized laboratory operation.

FKNMED provides continuous bulk supply capability, standardized after-sales support, and B2B cooperation solutions to help international partners expand veterinary diagnostic equipment portfolios and meet diverse animal healthcare application requirements.

Semi-Automatic Veterinary Biochemistry Analyzer – FAQ

Q1. How to select a semi-automatic veterinary biochemistry analyzer for a clinic?

When selecting a semi-automatic veterinary biochemistry analyzer, clinics should evaluate testing requirements, sample volume, available laboratory space, operator experience, and long-term workflow needs. A suitable analyzer should match the clinic’s diagnostic applications, including routine health screening, pre-surgical evaluation, and disease monitoring. Procurement teams should also consider reagent compatibility, maintenance requirements, quality control procedures, and technical support. For small and medium veterinary facilities, a properly selected semi-automatic system can provide reliable biochemical testing capability while maintaining operational flexibility.

Q2. Which veterinary scenarios are best suited to semi-automatic chemistry testing?

Semi-automatic veterinary biochemistry analyzers are suitable for clinics, small laboratories, farm veterinary departments, and facilities with low-to-medium testing volumes. They are commonly integrated into workflows requiring routine biochemical analysis, preventive health checks, and clinical evaluation support. These systems allow veterinary teams to perform essential testing while maintaining control over key operational steps. Before implementation, users should assess daily sample volume, technician availability, and workflow requirements to determine whether a semi-automatic platform is appropriate for their diagnostic environment.

Q3. Can this analyzer support routine screening for dogs, cats, and small animals?

A semi-automatic veterinary biochemistry analyzer can support routine biochemical testing workflows for companion animal healthcare when the system configuration and testing methods meet clinical requirements. In small animal practices, biochemical analysis is often used as part of health examinations, pre-treatment assessment, and long-term disease monitoring. Clinics should evaluate whether the analyzer supports their intended animal species, testing profiles, and operational procedures. Selecting equipment based on patient volume and diagnostic demand helps ensure effective integration into daily veterinary practice.

Q4. What sample types are commonly used on semi-automatic veterinary analyzers?

Sample compatibility is an important consideration when selecting a semi-automatic veterinary biochemistry analyzer. Veterinary chemistry workflows commonly involve samples such as serum or plasma depending on the testing procedure and analyzer requirements. Proper sample collection, preparation, and handling are essential for maintaining result consistency. Veterinary facilities should establish standardized procedures for sample identification, processing, and storage to reduce pre-analytical variation and support reliable biochemical testing performance during routine clinical operation.

Q5. How does a semi-automatic system fit into a low-to-medium throughput workflow?

Semi-automatic biochemistry analyzers are designed to provide flexible testing solutions for veterinary facilities with moderate sample volumes. They allow technicians to manage specific testing steps while maintaining efficient laboratory operation without requiring a fully automated workflow. This makes them suitable for clinics and laboratories that need dependable biochemical analysis but do not require continuous high-volume processing. When planning implementation, facilities should consider testing frequency, staff capability, workflow organization, and future diagnostic expansion requirements.

Q6. What technical specifications matter most when choosing a semi-automatic analyzer?

Important technical considerations for a semi-automatic veterinary biochemistry analyzer include testing capability, workflow design, operational stability, reagent compatibility, quality control functions, and maintenance requirements. Procurement teams should evaluate whether the analyzer matches their clinical applications and laboratory environment. Additional factors such as technician operation requirements, training needs, and long-term operating costs should also be considered. A balanced evaluation helps veterinary facilities select equipment that supports reliable daily testing and sustainable diagnostic operations.

Q7. How can semi-automatic biochemistry improve affordability without losing reliability?

Semi-automatic veterinary biochemistry analyzers can provide a practical solution for facilities seeking reliable biochemical testing with controlled investment requirements. By allowing technicians to manage certain workflow steps, these systems can offer operational flexibility while reducing the need for higher-level automation infrastructure. Reliability depends on proper operation, quality control, reagent management, and maintenance practices. For clinics and laboratories with moderate testing demands, semi-automatic systems can support efficient diagnostic workflows while maintaining appropriate quality management procedures.

Q8. What factors affect repeatability in semi-automatic veterinary chemistry results?

Repeatability in semi-automatic veterinary chemistry testing depends on several factors, including sample quality, pipetting accuracy, timing control, reagent handling, calibration management, and operator consistency. Since technicians participate in key testing steps, standardized operating procedures are important for reducing variation. Veterinary laboratories should provide proper training, establish quality control processes, and maintain regular equipment checks. Effective workflow management helps improve result consistency and supports reliable clinical evaluation.

Q9. How can semi-automatic analyzers support pre-surgical screening in small animal practice?

Semi-automatic veterinary biochemistry analyzers can support pre-surgical screening by providing biochemical testing capability before clinical procedures. In small animal clinics, these tests can be incorporated into examination workflows to assist veterinarians in evaluating animal health status and supporting treatment decisions. A suitable analyzer enables clinics to perform in-house testing according to their operational needs. Equipment selection should consider testing volume, workflow requirements, technician capability, and the clinic’s overall diagnostic service model.

Q10. When is it time to upgrade from semi-automatic to fully automatic testing?

Veterinary facilities may consider upgrading from semi-automatic to fully automatic biochemistry testing when sample volume increases, manual workflow becomes difficult to manage, or greater standardization is required. The decision should be based on factors such as daily testing demand, staffing resources, turnaround time expectations, and laboratory expansion plans. While semi-automatic systems provide flexibility for moderate workloads, fully automated platforms may be more suitable for facilities requiring higher throughput and reduced manual intervention in routine diagnostic workflows.

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