MiniLab BOD Analyzer for Automated BOD Testing
The MiniLab BOD Analyzer by SEAL Analytical is an automated system for efficient, accurate Biochemical Oxygen Demand (BOD) analysis in environmental labs.
Product Overview
The SEAL Analytical MiniLab BOD Analyzer is an advanced Biochemical Oxygen Demand analyzer designed for high-precision, automated BOD testing. Built to streamline laboratory workflows, this system automates dissolved oxygen measurements and sample handling, ensuring reliable results with minimal manual intervention.
The MiniLab BOD Analyzer is ideal for water quality and wastewater testing, helping labs meet BOD analysis compliance standards. With its robotic handling system and automated sample preparation, the MiniLab BOD Analyzer is a complete solution for laboratories aiming to increase efficiency, accuracy, and throughput in environmental analysis.
Features & Benefits
Automated BOD Analysis: Enhances Efficiency
Precision BOD Measurement: Reliable and Accurate
Robotic Handling: Minimises Manual Intervention
Key applications
- Automated BOD Analysis: Reduces manual handling, enhancing lab productivity and accuracy.
- Precision BOD Measurement: Delivers reliable results, essential for water and wastewater analysis.
- Robotic Handling System: Automates sample preparation and processing, minimising human error.
- Dissolved Oxygen Measurement: Measures DO levels accurately, critical for Biochemical Oxygen Demand analysis.
- User-Friendly Interface: Simplifies setup and operation, making it accessible to lab staff.
- Compact Design: Space-efficient system fits easily into laboratory environments.
- Compliance with BOD Standards: Ensures data reliability and adherence to regulatory standards.
- SEAL Analytical Quality Assurance: Durable, dependable construction for long-term, intensive use.
- Data Management Integration: Tracks and manages data for streamlined analysis and reporting.
MiniLab BOD Analyzer Product Video
About the MiniLab BOD Analyzer
The SEAL Analytical MiniLab BOD Analyzer is a state-of-the-art instrument designed for laboratories requiring accurate and efficient Biochemical Oxygen Demand (BOD) analysis. BOD testing is essential in environmental labs that monitor water and wastewater quality.
Traditional BOD testing methods, however, are labour-intensive and time-consuming, requiring careful dissolved oxygen (DO) measurements and extensive sample handling. These steps, when conducted manually, can increase the risk of variability and human error, potentially impacting data reliability. The MiniLab BOD Analyzer addresses these challenges with an automated approach that streamlines BOD testing, from sample preparation to DO measurement.
The MiniLab BOD Analyzer is engineered for precision BOD measurement, making it ideal for environmental labs needing accurate data to meet BOD analysis compliance standards. At the core of this system is its robotic handling system, which automates sample preparation, processing, and measurement, greatly reducing manual intervention.
This feature is invaluable for labs facing high sample volumes, as it allows lab technicians to focus on data interpretation rather than time-consuming sample handling tasks. In BOD testing, precision is critical, as it provides insight into the level of biodegradable pollutants in water, helping regulatory bodies, treatment plants, and environmental organisations make informed decisions about water quality.
The MiniLab BOD Analyzer’s automated dissolved oxygen measurement technology is another key feature, ensuring that each sample’s DO level is accurately measured and recorded. This automation not only saves time but also reduces the possibility of error, improving the reliability of results.
Additionally, the MiniLab BOD Analyzer is designed with a user-friendly interface, which makes it easy for lab staff to operate and integrate into existing workflows with minimal training. Its compact and space-efficient design allows labs to incorporate the system seamlessly, even in facilities with limited space.
SEAL Analytical, known for high-quality laboratory solutions, has ensured that the MiniLab BOD Analyzer meets industry standards for durability and accuracy. The system’s data management capabilities enable labs to track, manage, and report on their analysis data, making it an excellent choice for facilities that need reliable data storage and retrieval for compliance and regulatory purposes.
The MiniLab BOD Analyzer’s efficient use of resources, including low reagent consumption and minimal labour requirements, makes it a cost-effective solution for labs focused on sustainable and efficient BOD testing.
Overall, the SEAL Analytical MiniLab BOD Analyzer is a comprehensive tool that enhances laboratory efficiency and accuracy in BOD testing, providing environmental labs with an advanced solution to support their data accuracy, regulatory compliance, and productivity goals.
"The SEAL Analytical MiniLab BOD Analyzer offers precise,
automated Biochemical Oxygen Demand testing for water
and wastewater in environmental labs."
Product FAQ's
The MiniLab BOD Analyzer is designed to handle water and wastewater samples, making it ideal for environmental testing labs.
The analyzer features a robotic handling system and automated dissolved oxygen measurement, streamlining the BOD testing process. Additionally, the MiniLab can be customized to perform multiple steps in the BOD procedure, enhancing efficiency and flexibility.
Yes, it has a user-friendly interface, allowing lab technicians to operate it with minimal training.
Yes, the MiniLab BOD Analyzer provides precise and reliable data that meets BOD analysis compliance requirements.
Its automated design reduces labour and reagent costs, making it a cost-effective solution for environmental labs.
Applications
Application Note 1
Application Note 2
Application Note 3
Contact Us Today
We take great pleasure in assisting you and ensuring you get a prompt response to your questions
Live chat opening hours Mon – Fri 9:15 to 16:30 (UK Time)
Request a Call Back
Please refer to our Privacy statement for information on how SciMed uses your details.
Back to Menu
