Microfluidic Design and Layout

Microfluidic design plays a crucial role in the development of various microfluidic devices used in a wide range of applications, including medical diagnostics, drug delivery, chemical analysis, and environmental monitoring. Effective microfluidic design enables precise control over fluid flow, mixing, and reactions, as well as reasonable integration of pumps, valves, sensors, and detectors to increase automation and throughput of the experiments, making them ideal for applications that require high sensitivity and accuracy.

What We Can Do for You

STEMart provides customized design of microfluidic device for specific applications.

• Define the purpose or goal of the microfluidic device, including the specific application or analysis it will be used for.
• Determine the requirements for the device, such as flow rate, pressure, and detection limits.
• Select the materials for the device, taking into account compatibility with the sample and reagents, as well as the fabrication method.
• Design the inlet and outlet ports for the fluid to enter and exit the device
• Design the geometry and layout of chambers and channels, considering factors such as length, width, depth, and shape.
• Incorporate mixing structures, such as baffles, meandering channels, and embedded mixing elements into the design for mixing different fluids.
• Incorporate detection elements, such as sensors, electrodes, or other types of sensing elements into the design for monitoring the properties of the fluid as it flows through the device.
• Incorporate control elements, such as valves, pumps, and other control mechanisms into the design for regulating the flow of fluid or manipulate the position of droplets or particles within the channels.
• Use software tools such as CAD software or microfluidic design software to create a detailed design of the device.

For more information about our microfluidic design service, please contact us.