Maintaining constant temperature for gel electrophoresis applications provides several key benefits over the typical method of maintaining constant power. This application note shows how to use LabSmith’s uProcess™ microfluidic automation software and the uEP01 Electrophoresis Power Module to maintain constant temperature. Download the Application Note here. Download the sample uProcess automation script here.
This application note describes how to set up a zero dead volume mixing process using LabSmith’s uProcess syringe pumps, valves, reservoirs and software, and Hummingbird Nano “X” style or “Y” style helical mixer chips. Download the Application Note here. Download the sample uProcess automation script here.
ABSTRACT We present an analytical electrolyzer with sensors embedded within flow plates to enable direct measurement of electrolyte temperatures and pressures in real time during water electrolysis. Flow plates with either parallel or serpentine channels and a total of eight equally spaced sensors were integrated into a flow cell containing a nickel foam gas diffusion … Read more
CapTite™ fluid routing components provide leak-free connectivity, even at high pressures, for fluid circuits with 360μm capillary, 1/32″ and 1/16″ tubing. This application note describes how to make reliable, tight connections using LabSmith’s CapTite™ microfluidic connectors. View the related video here.
This application note shows you how to create a pressure-driven microfluidic injection for up to seven fluids using off-the-shelf components. LabSmith’s AV801 8-port selector valve, and LabSmith’s other uProcess valves, pumps, sensors and scripting software, make it easy assemble the microfluidic circuit and program the flows. Download the Application Note here. Download the sample uProcess … Read more
The uProcess™ uTS temperature sensors, uTE thermal module, and the uProcess software make it easy to monitor and control your micro-process application. This note describes how to use the uProcess thermal devices, with examples and tips for getting the best results from your sensors and controllers, and detailed temperature regulation examples. For these examples the … Read more
Abstract Based on its highly specific and non-invasive features, surface-enhanced Raman scattering (SERS) has been applied for analytical chemistry or biological applications, such as identification of chemical compositions, cells or bacteria. However, if the targeted sample consists of multiple compounds, the corresponded SERS spectra would be quite difficult to analyze. To address above problems, we … Read more
LabSmith’s uProcess series of automated valves, programmable syringe pumps, and pressure sensors allows complete control of microfluidic processes. The devices are controlled via uProcess software. LabVIEW drivers and an SDK for custom software development are also available. This application note describes how to coordinate control between uProcess devices and external devices, such as signaling an … Read more
This application note describes how to set up a microfluidic pressure-driven flow controller using uProcess syringe pumps, valves, and pressure sensors. Download the Application Note here. Download sample uProcess automation scripts here.
Video tutorial on how to use the uProcess interface to control valves and syringes, and how to use the Script wizard and scripting tools to automate your uDevices. Watch Here