Robotic Systems

SEAL Robotic MiniLab systems for automating sample pretreatment and analysis in the laboratory — improving your sample handling efficiency. Typical applications include BOD, pH, COD, Alkalinity, and conductivity measurements with options such as decapping/capping, sample splitting, and filtration.

_{^{SEAL Analytical’s MiniLab BOD series can automate every aspect of biochemical oxygen demand (BOD) pre-treatment and analysis through streamlined software configuration and minimal user interaction. Precision robotics efficiently replicate traditional manual methods with speed, accuracy, and consistency, handling preparation steps like pH adjustment, chemical and seed additions, dilutions, and more. Simply add the samples and walk away with full confidence that the MiniLab will take care of it all.}}

_{^{The MiniLab Multiparameter Robot fully automates sample preparation and analysis for pH, conductivity, color, alkalinity, and/or turbidity. It can be customized to include parameters and processes tailored to your lab’s specific needs. SEAL robotics series offers a wide range of platform sizes, sample racks, and automation options, ensuring a solution is available for laboratories of all sizes. Combining the analysis of multiple parameters into a single benchtop robot, the MiniLab MultiParameter series eliminates the need for multiple analyzers, saving labs’ space, time and money.}}

_{^{The SEAL MiniLab Series offers an affordable solution for automating pH and electrical conductivity measurements. As a common configuration of our MiniLab Multi-Parameter systems, the MiniLab for pH and conductivity offers a scalable solution for laboratories of all sizes. Customize your automation options, including sample pretreatment such as filtration, dilution, and buffer addition as well as analysis options such as pH read, pH adjustment, conductivity read, and mixing. With quick setup, precision robotics, and renowned reliability, it is a proven solution for increasing accuracy and throughput at a lower cost per test.}}