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Cap

Part of Device Architecture

An optically clear film to seal your device’s microfeatures.

A capped device is thermally sealed with an optically clear film. Most caps are between 175 - 200 µm, for maximum compatibility with standard microscopes and imaging techniques. Cap options will vary depending on the selected fluidic layer material.

Isometric view of the reference device with the cap highlighted.
Isometric view

Bar scale showing 2 cm as 18.182% of the figure's width.

Side view of the reference device with the cap highlighted.
Side view

Bar scale showing 2 cm as 18.182% of the figure's width.

Zoom-in of the cap, which sits right under the fluidic layer.

Bar scale showing 2 mm as 20.455% of the figure's width.

Uncapped devices are not sealed, leaving your microfeatures open on one side. Uncapped devices can be useful if you intend to add reagents, modify surfaces, or cap the device with a different material than our standard options.

Isometric view of the reference device without a cap.
Isometric view

Bar scale showing 2 cm as 18.182% of the figure's width.

Side view of the reference device without a cap.
Side view

Bar scale showing 2 cm as 18.182% of the figure's width.

Zoom-in of the fluidic layer with no cap underneath.

Bar scale showing 2 mm as 20.455% of the figure's width.

Design questions? Talk to an engineer.