SP2000 Series

Skalar’s sophisticated SP2000 Series robotic analyzers offer dedicated and flexible automation solutions for routine analytical testing. Operating since 1965, we have finetuned our robotic laboratory equipment to meet the highest industry standards. Our automated testing robots are suitable for a large number of laboratory operations. The SP2000 Series automation solutions are available for a variety of applications, including: Ion Selective Electrodes (ISE) applications Combinations of analyses or applications are also possible. All applied methods comply with international regulations ISO, EPA, Standard Methods, DIN etc. The modular design and flexible, user-defined automation allows the automated laboratory robotics to meet your exact requirements resulting in increased productivity and accuracy of results, while reducing the sample turn-around time, costs per sample and eliminating errors and operator/sample interaction. The complete platform is enclosed by protective front and side covers to comply with applicable CE regulations. The robotic sample analyzers are controlled by our own RoboticAccess software package which includes pre-set application files, analyses scheduler, user-definable sample table set-up, user-definable print & export options to LIMS/Excel and an extensive set of QC features. The SP2000 Series platforms can be used for automatic sample preparation and/or automatic sample analysis. BOD analysis is the most common application for water laboratories. The test is used as an indication of the organic pollution of water. Skalar's automation solution, the BOD analyzer, is one of the most flexible platforms available today. Besides the modern design and latest technological innovations, it can be configured from 18 up to 144 BOD bottles. The automated testing robots are developed to fit your exact laboratory requirements with respect to sample throughput, level of automation, sample capacity etc. Analyses are carried out with all major national and international regulations such as EPA 405.1/ISO 5815-1/ EN-1899-1/2, Standard Methods 5210 B and DIN 38409, as well as customer specific methods.