To uncover the crucial information for criminal investigations and legal proceedings, forensic analysts rely on sophisticated methodologies that yield objective and scientifically grounded insights. These approaches include DNA analysis, fingerprinting, ballistics, and toxicology. Explore how robust forensic analysis empowers law enforcement agencies and legal professionals to solve crimes and uphold justice.
MX Series II™ actuated valves are designed to be added to your existing instrument or to work optimally with stand-alone lab configurations. Our valves can be controlled remotely or operated manually using the push-button front panel with LED position indicator. They easily connect to your instrument or PC through contact closure, BCD, serial port, or USB. Commands can be sent to the MX valves using your chromatograph…
We offer an innovative line of Very High Pressure (VHP) fittings, designed to withstand extreme pressures. This patent-pending line of ground-breaking fitting systems is perfect for use within the increasingly demanding requirements of today’s UHPLC high performance analytical systems.
Highly sensitive quantification of human, bacterial, or fungal DNA
The Femto™ Fungal DNA Quantification Kit allows for quantification of as little 20 femtograms of fungal DNA in as little as 1 µl of sample.
Fully integrated HRAM-MS and NMR data for unrivalled structure verification.
Designed for optimal heat transfer and sample security, this range of 0.2ml and 0.5ml PCR tubes offers excellent performance and value.Choose from domed or flat caps or newly introduced PCR tubes with an optically clear cap for use in Quantitative PCR procedures, plus individual tubes without a cap.
60 MHz Benchtop NMR Spectrometer with Proton, Fluorine and Phosphorus capability.
43 MHz Benchtop NMR Spectrometer with Proton, Fluorine and Carbon capability.
43 MHz Benchtop NMR Spectrometer with Proton, Fluorine and Phosphorus capability.
As new technologies and applications to study environmental, food, water, and exposure contaminants advance, CIL continues to maintain a leadership role working with researchers to develop new standards to meet the latest needs. With new instrumentation and extraction procedures allowing detection limits approaching attogram levels in some cases, the need for highly accurate isotope standards has never been greater.
