Used MICROFLUIDICS M110-L #9068600 for sale

MICROFLUIDICS M110-L is an advanced laboratory instrument and accessory commonly used to study fluidic phenomena in both micro and nano fluidic systems. The device is composed of two main components - an integrated circuit board and an associated high-resolution camera. The integrated circuit board allows for the precise control of fluidic elements - such as flow pathways, flow velocity, pressure gradients, and air flow. This integrated circuit board also has programmable hardware which allows for the customization of experiments and can provide in-depth information on the behavior of various fluids. The associated high-resolution camera can collect data on the physical size and shape of MICROFLUIDICS components and serve to provide visual evidence of the physical properties of different fluids. M110-L microfluidic equipment has an extensive library of standard components and accessories which allow it to be highly adaptable for a variety of research projects. Common components used in the device include PDMS (polydimethylsiloxane) microfluidic chips, glass feed channels, microfluidic valves, microfluidic pumps, and micronozzles. In addition, MICROFLUIDICS M110-L is equipped with a LabVIEW virtual instrument which allows for graphical programming and experiment set-up. This software also allows for automated execution, monitoring, recording, and data analysis of individual experiments. M110-L is highly reliable and consistently produces accurate results. Data gathered from this device can be used to investigate complex fluidic problems in the biomedical, chemical, and optics fields. This system is also commonly used for the microfabrication of microscopic structures and devices, often at the nanometer level. Furthermore, this unit can also be used to measure the properties of fluids at very small scales, such as surface tension, viscosity, and interfacial tension. Overall, MICROFLUIDICS M110-L is a highly versatile laboratory instrument which offers great flexibility in microfluidic research. The device is composed of two main components and is equipped with a wide variety of standard components and accessories. Furthermore, this device also has a LabVIEW virtual instrument which provides graphical programming and friendly experiment set-up. This microfluidic machine is highly reliable and consistently produces accurate results, making it an ideal choice in the biomedical, chemical, optics, and microfabrication fields.