Flow Cells with T-Channel

Specifications

Window Material: IR grade fused silica, UV grade fused silica
Wavelength Range: 200 – 1600 nm
Width: 50.8 mm
Depth: 0.5 mm
Height: 12.7 mm
Fiber Optic Cable: None
Document icon Download Data Sheet Download icon

Features


  • High-Quality Material: Made from premium fused silica glass, ensuring durability and optical clarity.

  • Thermally Fused Construction: Composed of three fused silica layers thermally fused together for enhanced strength.

  • Compact Design: Flow cell body measures 2" long x 1" wide, suitable for various applications.

  • Graduated Reticle: Features a 1mm spaced graduated reticle running perpendicular to the channel for precise measurements.

  • Available Versions: Thin Version- 500µm-thick optical quality window on top and 170µm-thick on the bottom. Thick Version- 500µm-thick optical quality windows on both top and bottom.

  • Microfluidic Channel Design: Features nearly vertical walls and a flat bottom for optimal fluid flow.

  • Optical Quality Surfaces: Both the channel ceiling and floor are flat and transparent for clear observation.

  • Customizable Channel Dimensions: Select channel width (100micron, 300micron) and depth (250micron, 500micron) to suit your needs.

Applications


  • Microfluidic Applications: Ideal for applications requiring precise fluid control and manipulation, such as in microfluidic research and development.

  • Optical Analysis: The optically clear ceiling and floor allow for optical analysis and imaging of fluids within the channel.

  • Biotechnology and Life Sciences: Suitable for use in biological assays, cell culture studies, and other life science applications where microfluidic flow is essential.

  • Chemical Processing: Can be used in small-scale chemical reactions and processes that require controlled fluid flow.

  • Environmental Testing: Useful in environmental monitoring and testing applications where small sample volumes are analyzed.

  • Pharmaceutical Research: Applicable in drug development and testing, where precise fluid handling is necessary.

  • Diagnostics: Can be integrated into diagnostic devices for fluid sample analysis.