Category
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Order Code |
Product Name |
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Fully Automatic Intelligent Brucellosis Detection Workstation | Veterinary IVD Analyzer |
The Fully Automatic Intelligent Brucellosis Detection Workstation is a laboratory-grade Veterinary IVD testing instrument designed for standardized brucellosis antibody screening. Based on the Rose Bengal Plate Agglutination Test method, this workstation integrates automated sample handling, reagent addition, reaction mixing, image acquisition and result interpretation into a complete detection workflow.
Designed for professional veterinary laboratories, livestock disease control institutions and large-scale breeding enterprises, the system supports standardized, repeatable and traceable serological testing procedures. It helps upgrade traditional manual brucellosis detection workflows and improves operational efficiency for high-volume animal health monitoring applications.
This automated brucellosis detection system is suitable for Veterinary IVD laboratories, animal disease control centers, third-party veterinary testing institutions, large cattle and sheep breeding farms, and veterinary equipment distributors.
The workstation is mainly applied for serum-based brucellosis antibody detection in livestock. It supports routine herd surveillance, large-scale sample screening, post-vaccination antibody evaluation and re-inspection workflows for suspected positive samples.
With automated operation and standardized detection procedures, it meets the batch testing requirements of modern veterinary laboratories and livestock epidemic monitoring systems.
The workstation integrates automatic sample loading, reagent addition, mixing, imaging and intelligent result interpretation. Full-process automation reduces manual operation requirements and standardizes the detection workflow for professional veterinary testing environments.
Equipped with AI image intelligent recognition technology, the system analyzes agglutination reaction images based on standardized recognition logic, helping reduce subjective differences during manual result observation and improving result consistency.
Dual intelligent sampling needles support liquid level tracking, clot detection and bubble identification functions. The system also features a variable-frequency vortex mixing system to achieve uniform reaction conditions during the 4-minute reaction cycle.
Supporting a maximum throughput of 240 samples per hour, the workstation is designed for high-volume veterinary laboratory applications. Automated operation helps shorten testing procedures and improves daily laboratory processing capacity.
The system supports RS232, USB and TCP/IP Gigabit network interfaces for connection with laboratory data management environments. It provides graphic detection reports and unlimited cloud data storage support for standardized data archiving and traceability workflows.
The fully enclosed biosafety cover protects internal detection modules from external environmental interference. Stable mechanical operation supports continuous batch testing requirements in professional veterinary laboratories.
| Operation Mode | Fully automatic, zero manual intervention during detection |
| Detection Method | Rose Bengal Plate Agglutination Method |
| Sample Type | Serum |
| Throughput Capacity | 240 samples per hour, maximum 240 samples at one time |
| Liquid Addition Volume | 5μL - 1000μL |
| Sample Needle Quantity | 2 dual intelligent sampling needles |
| Needle Detection Functions | Dual-needle capacitive liquid level detection, pneumatic clot detection, dual-needle liquid volume tracking |
| Carryover Contamination Rate | <5ppm |
| Mixing Mode | Variable frequency vortex mixing with 4-minute full reaction cycle |
| Result Interpretation | AI intelligent image recognition |
| Report Form | Graphic report |
| Data Interfaces | RS232, USB, TCP/IP Gigabit network |
| Result Storage | Unlimited cloud storage support |
| Bioprotection | Fully enclosed biosafety cover |
| Operation Interface | Chinese graphical interface |
| Instrument Size | 1100mm × 750mm × 900mm |
| Instrument Weight | 130kg |
FKNMED’s Fully Automatic Intelligent Brucellosis Detection Workstation is designed for global veterinary laboratories and livestock epidemic monitoring applications requiring automated and standardized testing workflows.
The system combines automated sample processing, AI image recognition technology and high-throughput detection capability to support efficient veterinary laboratory operations. With stable equipment supply and standardized deployment support, FKNMED helps distributors, testing institutions and livestock enterprises upgrade their brucellosis detection capabilities.
Through professional Veterinary IVD solutions and international B2B supply experience, FKNMED provides reliable animal diagnostic equipment for modern veterinary laboratory applications worldwide.
Q1. How to select a fully automatic brucellosis detection workstation for high-throughput screening?
When selecting a fully automatic brucellosis detection workstation, veterinary laboratories should evaluate testing volume, workflow requirements, automation level, operational stability, and compatibility with existing diagnostic procedures. The suitable system should support efficient sample processing, standardized testing operations, and consistent data management for routine surveillance programs. Laboratories should also consider long-term operation factors, including maintenance requirements, consumable management, operator training, and workflow scalability. A properly selected automated platform can help diagnostic centers improve testing efficiency and establish more standardized brucellosis monitoring processes.
Q2. Can this workstation support RBPT, SAT, and ELISA brucellosis testing workflows?
The application compatibility of an automatic brucellosis detection workstation depends on its designed configuration and supported testing methods. For laboratories using multiple serological approaches, workflow integration capability is an important procurement consideration. An automated system can help organize sample handling, testing procedures, and result management when incorporated into suitable diagnostic workflows. Before implementation, laboratories should evaluate method compatibility, operational requirements, and existing testing protocols to ensure the workstation fits their brucellosis surveillance objectives and laboratory environment.
Q3. Which veterinary laboratories need a fully automated brucellosis detection system?
Fully automatic brucellosis detection systems are generally suitable for veterinary diagnostic laboratories, animal disease control centers, and high-volume testing facilities that require standardized and continuous screening capability. Laboratories managing samples from multiple farms, livestock surveillance programs, or regional monitoring projects may benefit from automation to improve workflow consistency. Before investment, organizations should assess current testing volume, manual workload, laboratory expansion plans, and future monitoring demands to determine whether automation aligns with their operational requirements.
Q4. How does automation improve brucellosis testing consistency across operators?
Automation improves brucellosis testing consistency by reducing manual variation during repetitive laboratory procedures and creating more standardized workflows. Automated sample processing, controlled operation steps, and structured result management can help laboratories minimize differences caused by operator handling. For veterinary diagnostic facilities conducting large-scale surveillance, consistent procedures are important for maintaining reliable testing performance across different batches and operators. Automation supports a more controlled laboratory environment while allowing technicians to focus on quality management and result evaluation.
Q5. How can automation reduce turnaround time in brucellosis serology laboratories?
Automation can improve laboratory efficiency by streamlining repetitive processes involved in large-scale brucellosis serology testing. By reducing manual intervention in sample processing and workflow coordination, automated systems can help laboratories handle higher testing volumes with improved operational organization. Faster and more structured workflows are especially valuable for animal disease control programs, third-party laboratories, and livestock surveillance projects requiring continuous sample analysis. The actual improvement depends on system configuration, laboratory workflow design, and testing requirements.
Q6. What workflow problems can automation solve in manual brucellosis testing laboratories?
Manual brucellosis testing laboratories may face challenges including operator variation, repetitive workload, inconsistent processing steps, and difficulties managing large sample volumes. Automation helps address these issues by introducing standardized procedures, improving sample tracking, and supporting more organized laboratory operations. For facilities upgrading from manual testing, automation can enhance workflow control and reduce dependence on individual operator practices. A successful transition requires evaluation of laboratory processes, staff requirements, and integration with existing quality management procedures.
Q7. What maintenance requirements affect long-term reliability of an automatic brucellosis system?
Long-term reliability of an automatic brucellosis detection workstation depends on proper maintenance management, routine inspection, correct operation procedures, and timely replacement of required consumables or accessories. Laboratories should establish maintenance schedules according to system requirements and ensure operators are trained in daily operation and basic troubleshooting procedures. Effective maintenance planning helps reduce workflow interruptions and supports continuous diagnostic capability for livestock disease monitoring programs. Procurement teams should consider service support and operational requirements when evaluating automation solutions.
Q8. How should a laboratory validate accuracy before upgrading to automated brucellosis testing?
Before implementing an automated brucellosis testing system, laboratories should evaluate whether the new workflow meets their operational and quality requirements. Validation planning may include reviewing testing procedures, comparing workflow performance with existing methods, assessing result consistency, and establishing quality control processes. Veterinary laboratories should also consider staff training, laboratory environment, and data management requirements during the transition. A structured evaluation process helps ensure that automation is introduced smoothly without affecting routine surveillance activities.
Q9. How does a fully automatic workstation support standardized reporting in brucellosis surveillance?
A fully automatic brucellosis detection workstation can support standardized reporting by improving organization of testing workflows and result management processes. In surveillance programs involving multiple farms or large sample volumes, consistent data handling is important for effective disease monitoring and decision-making. Automated systems can help laboratories establish more structured operational records when integrated with appropriate reporting procedures. Standardized workflows support veterinary organizations in maintaining traceable testing information for herd health management and long-term brucellosis control programs.
Q10. When is the right time for a veterinary laboratory to invest in automation?
Veterinary laboratories may consider automation when manual testing workflows become difficult to manage due to increasing sample volumes, operational complexity, or the need for improved standardization. Investment decisions should consider current testing demand, future surveillance requirements, laboratory expansion plans, and available resources. Automation is particularly relevant for facilities seeking continuous testing capability, improved workflow control, and reduced manual workload. A careful assessment of laboratory objectives helps determine whether a fully automatic brucellosis detection workstation is suitable for long-term diagnostic operations.
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