What is Variable Pathlength Technology?
A different approach to concentration measurement
Variable Pathlength Technology (VPT) is UV-based technology that offers efficient analysis methods for both at-line and in-line concentration measurement processes
- VPT can omit dilution, estimation, and all manual calculations
- The patented Slope Spectroscopy method provides increased accuracy, high repeatability, and easier implementation
- VPT can scale down a seven-step process to two key elements: Measure and Report
- The VPT method efficiently receives multiple linear data points in just under two minutes
Other helpful videos
How is Variable Pathlength Technology different from traditional UV-Vis Spectroscopy?
Traditionally UV-Visible analysis relies on a fixed pathlength at a single datapoint. This requires sample dilution that can vary from analyst to analyst, introducing variability. UV-based Variable Pathlength Technology (VPT) incorporates the Beer-Lambert law into the Slope Spectroscopy Method, where multiple datapoints are acquired due to having pathlength unlocked as a variable. Watch video below to learn more.
What is the difference between CTech SoloVPE and CTech FlowVPX Systems?
Concentration measurement is a critical attribute measurement taken at various stages of the bioprocess workflow. CTech Analytical Solutions provides two VPT spectrophotometer systems that can be used where you need to measure concentration measurement. Whether you want to measure concentration “in-line” or looking for “at-line” or “off-line” solutions, we have a solution for you. Watch the video to learn more.
Related Products
PATsmart™ SoloVPE® PLUS System
UV-Vis Concentration Measurement for GMP and Non-GMP Testing
The new PATsmart™ SoloVPE® PLUS System features patented variable pathlength technology (VPT), providing precise concentration measurements with no need for costly dilutions. This reliable solution delivers fast, accurate results with system-to-system, operator-to-operator, and site-to-site consistency, ensuring high-quality performance across various bioprocessing applications.
