Status:
ReviewerMember since: 2020
Organization: Drugs Testing Laboratory
Quick, efficient and reliable systems but costly to maintain.
Application Area: Pharmaceutical drug testing as per USP requirements
"The systems are efficient in performance and reliability, system stablises quickly and is ready for use in a short amount of time using less mobile phase. Parts and components are delicate and expensive. These systems are designed for R&D purposes and not for high stress daily testing of various molecules."
Status:
ReviewerMember since: 2016
Organization: Lloyd Inc.
Dependable, quality instrumentation
Application Area:Analysis of pharmaceuticals
"Our lab has used 2 Acquity TUV detectors on Acquity H-Class systems for many years. We have never had any problems with them and cannot recall ever having a maintenance or performance issue with them. They are sensitive enough for impurity analysis and robust enough for day to day general analysis. They are extremely flexible with regard to the types of analysis that can be run, going from low pressure, 10 um particle columns to UHPLC high pressure sub-2 um columns."
Status:
Advanced ReviewerMember since: 2018
Organization: assistance publique hôpitaux de paris
it's a must in the lab
Application Area:UV detections of metabolites from plasma samples
"Those detectors are so reliable, always working, never out of order"
The ACQUITY UPLC TUV Detector provides performance benefits for both routine and complex analyses in pharmaceutical, life science, environmental, agricultural, energy, and petrochemical applications.
Optimal linearity, resolution, and sensitivity
The ACQUITY UPLC TUV Detector is a tunable, dual wavelength ultraviolet/visible (UV/Vis) detector that offers optimal linearity, resolution, and sensitivity for UPLC/UV separations. It features uniquely designed, patented, light-guiding flow cell technology, low-noise performance (6 μAU), and support for data rates up to 80 Hz.
The ACQUITY UPLC TUV Detector, coupled with our innovative ACQUITY UPLC Column chemistries and separations modules, leverages ultra-low dwell volume and low-noise, high-speed detection to bring productivity, sensitivity, and resolution that are unprecedented in HPLC techniques being used in the laboratory today.
Features