Fluorescence cells with macro capacities (1.4-35ml)

Fluorescence cells with semi-micro capacities (0.700ml-1.400ml).

Fluorescence cells with micro capacities (0.350-0.700ml).

Fluorescence cells with sub-micro capacities (0.010-0.350ml)

Fluorescence cells with SEPTA screw caps for use in anaerobic or long-term storage applications. Each cuvette comes with a closed screw cap and an open screw cap with a SEPTA self-healing injection site.

Fluorometer cuvettes with quartz-to-pyrex graded seal tube. This structure allows for the cuvettes to be fused to other borosilicate structures. The standard dimensions of the tube are OD8mm x ID6mm. Other cuvettes in this category contain cells with quartz tubes, qhich can be fused to other quartz structures.

A variety of flow through cells in different configurations for fluorometric experiments where a constantly flowing sample can be passed through the observation chamber.

Cells with 3 windows for fluorescence flow through measurements and stainless steel fluorescence tubing for connection to an HPLC flow system.

Cells with cylindrical designs for light scattering and rectangular designs for turbidity measurements.

Fluorescence cells for use in extremely low temperatures fluorescence applications. Extra quartz fusing allows for structural integrity deep into the low Kelvins.

Cuvettes with multiple chambers for doing simultaneous fluorescence measurements. These are also known as tandem or "Yankeelov" cuvettes.

These cells contain inlet tubing and a glass pouch chamber for catching excess gas produced by anaerobic fluorescence experiments.

Fluorescence cuvettes for use in front-face illumination experiments. These are most helpful for applications with dense samples that have high optical densities.

These fluorometer cuvettes are designed with an additional chamber surrounding the sample chamber through which liquids can be circulated to control the temperature. A water jacket, if you will!

Plastic disposable fluorometer cuvettes in a variety of materials for rapid-fire assays.

Ultra low capacity, ultra low channel size cells for flow cytometry applications. These offerings can be used for particle sizing, particle analysis, particle counting, refractometry and a ton of other uses!