LabSmith CapTite bonded port connections provide world-to-chip connections for through-hole microfluidic chips. This video shows how to correctly epoxy a port connection to the chip for a secure bond that does not block the port. Instructions for mounting LabSmith Bonded Port Connectors.
LabSmith’s uProcess™ microfluidic automation software lets you track statuses and measurements from connected uDevices using data logs. Data logs are useful for analyzing the readings of individual uDevices, tracking their changes over time, comparing data from several different uDevices simultaneously, and logging experimental parameters. The latest version of uProcess introduces custom data logs for greater … Read more
This application note describes the components and layout for a continuous flow application using LabSmith’s uProcess microfluidic automation components and software. We provide a simple script for continuous flow using a four port, two-position AV202 microfluidic valve and and two SPS01 syringe pumps, and additional scripts with options for optimal performance. The Continuous Dispense Syringe … Read more
LabSmith’s uProcess™ SDK allows for communication with LabSmith uProcess microfluidic automation devices, including valves, syringe pumps, pressure and temperature sensors, and more. LabSmith now provides SDKs for both Linux and Windows operating systems.
This guide shows how to interface microfluidic ChipShop chips with various sizes of tubing and connectors.
This note shows how to use LabSmith uProcess components and software with a Sensirion flow sensor to develop a continuous-flow system with constant, set pressure.
Dissolved gas and trapped air bubbles in a microfluidic system can affect repeatability and stability. Degassing a fluid system is easy using a LabSmith Breadboard Reservoir or Chip Reservoir.
A PMMS–SERS system enables sensitive analyte detection, with benefits for applications requiring bacteria identification and quantification.
A localized surface plasmon resonance (LSPR) sensor enables inflammatory biomarker detection, with benefits for immune status monitoring, and diagnosis of inflammatory diseases.
Approaches to facilitate the use of microfluidics by non-experts in clinical settings outside of the laboratory, to guide physicians in real-time clinical decision-making.