2 days ago · Learn what a flow cell is, how its unique microscopic structure controls fluid movement, and enables massive parallel chemical processing.

Learn about nanopore flow cells, the different types, what's inside them and how to return them.

Designed to handle small sample volumes, flow cells are highly efficient for processes requiring minimal reagent consumption. Their volumetric flow rates, and more importantly, their linear flow rates, …

A flow cell is defined as a device that allows for the imaging of cells while altering their environmental conditions, featuring chambers for cell growth, channels for media exchange, and mechanisms to …

Flow cells are optical cells used in photometers and cell counters, through which the sample and any standards are passed for detection through a flow cell before being measured or counted by …

Jul 7, 2023 · Flow cell technology is an innovative approach to energy storage and conversion, offering significant potential for various applications, including renewable energy integration, grid stabilization, …

FIAlab manufactures flow cells with a variety of alignments, path lengths, and materials to best suit your analytical needs. These flow cells are used for our analytical instruments, as well as OEM purposes, …

In fact, flow cells are at the heart of many important devices and can be used in the life sciences, medical, and industrial fields to safely count, analyze, and sequence samples.

Flow cells are samples cells designed so that liquid samples can be continuously flowed through the beam path. Flow cells are useful for samples that can be damaged by a light source.

Our innovative patterned flow cell technology offers an exceptional level of throughput for diverse sequencing applications. Patterned flow cells use distinct nanowells for cluster generation to make …