Flow Through Cells
A variety of flow through cells in different configurations for spectrophotometric experiments where a constantly flowing sample can be passed through the observation chamber.
Type 513M Sub-Micro Black Flow Through Cell (Lightpath: 10mm)

Type 513M Sub-Micro Black Flow Through Cell (Lightpath: 10mm)
Black-masked sub-micro spectrophotometer flow cell with cylindrical chambers.
Features of FireflySci Type 513M Sub-Micro Black Flow Through Cell:
- Highly accurate results, only need to test sample once.
- Accuracy and high quality: Firefly cuvettes are made with the best quality quartz and glass material available. Excellent transmission values.
- Made by hand, ensuring high quality optical polishing with no defects.
- Each cell goes through a vigorous inspection process before leaving our factory.
- Fire-fused to ensure that cuvettes are robust and durable.
- Comes in several different materials: (UV Quartz and IR Quartz)
- Available in 10mm lightpath
- Two windows polished
- Inlet/outlet tube dimension: OD 4 X ID 2mm
- Tubes are made of quartz
- Contains a z-dimension of 8.5mm
Lightpath | Outer Length | Outer Width | Outer Height | Chamber Length | Chamber Width | Z-Dimension | Capacity |
---|---|---|---|---|---|---|---|
10mm | 12.5mm | 12.5mm | 38.0mm | 10.0mm | 3.0mm | 8.5mm | 70µl |
Wingnut tool sets for adapting cuvettes to different z-dimensions
Silicone tubing for connecting to quartz tube flow through cells
Best gloves for handling your cuvettes and calibration standards.
Doubled-sided, high quality lens cloth with FireflySci logo. Great for cleaning optical surfaces.
Cuvette holders for IR and FTIR instruments. Has a 3 inch x 2 inch back plate.
Plastic (opaque, black) case to hold 4 cells up to 10mm L/P each, or two 20mm L/P cells, or one 50mm L/P cell
Plastic (opaque, black) case to hold 6 cells up to 10mm L/P each, or three 20mm L/P cells
Learn what a z-dimension or centre height of a cuvette is and find the correct one for your machine.
Learn some cool quartz cuvette tips and tricks that will save you time with your experiments.