Choose the brand aligned with your industry so we can best serve your needs.
For researchers, scientists, and technical professionals: Your one-stop shop for the complete range of laboratory, production, and safety products and services.
Control products and reagents designed for clinical testing procedures. Ideal for use in performing, calibrating, monitoring, and ensuring the accuracy of diagnostic tests such as immunoassays.
The Audit™ MicroControls™ Linearity LQ Ammonia/Alcohol for Ortho Vitros is intended to simulate human patient samples for use in determining linearity, calibration verification, and the verification of reportable range for the following analytes: Ammonia and Alcohol.
The Audit™ MicroControls™ Linearity FD NT-proBNP for Abbott Systems is intended to simulate human patient samples for use in determining linearity, calibration verification, and the verification of reportable range for the following analyte: NT-proBNP.
Linearity control material intended to simulate patient samples for linearity, calibration verification, and reportable range verification of lipoprotein (a).
Linearity FD Urine Chemistry Panel 1 for Abbott Systems is intended to simulate human patient urine chemistry samples for purpose of determining linearity, calibration verification and verification of reportable range for Phosphorous, Urea Nitrogen and Uric Acid.
Retic-Chex Linearity for BC is designed to establish the reportable range and linearity of Beckman Coulter™ hematology analyzers that report the reticulocyte parameter.
GSA/VA Contract Available on GSA/VA contract for Federal Government customers. Learn More
ESR-Chex is a whole blood sed-rate control for automated and manual ESR testing methods. It is available in two levels and assayed for the most frequently used sedimentation rate tubes in conjunction with the Classical Westergren, Modified Westergren and Wintrobe methods.
The OraQuick™ HCV Visual Reference Panel is intended to assist new operators in becoming proficient at reading specimens with antibody levels near the limit of detection of the device.