Square or Rectangle Cuvettes and Cells

Square or rectangle cuvettes and cells hold a sample, often a substance dissolved in a solution, and are placed in a spectrophotometer for testing. A beam of light is passed through the sample to determine absorbance, transmittance, or fluorescence intensity, polarization and lifetime. Glass cuvettes and cells are recommended for routine ultraviolet and visible region work, while quartz windows are available for transmissions from ultraviolet through far infrared. Quartz cells are noted for their durability compared to plastic or regular glass.

601 – 615 of 807 results

601

Azzota Corp 10mm Pathlength (0.1Ml) Sub-Micro Cuvette, Pathlength 10mm Inside Width, 2X5mm Volume - 0.1Ml Dimensions - 45X12.5X12.5mm Have Black Walls Z-Height - 15mm, Quartz (190Nm-2500Nm)

10mm Pathlength (0.1ml) Sub-micro Cuvettes Pathlength - 10mm Inside width - 2x5mm Volume - 0.1ml Dimensions - 45x12.5x12.5mm Have black walls Z-Height - 15mm (Option: Z=8.5mm is available) Quartz (190nm-2500nm)

Pricing & Availability

602

Azzota Corp 2mm Pathlength Standard Cuvettes - 0.7Ml Pathlength - 2mm Inside Width - 10mm Volume - 0.7Ml Dimensions - 45X12.5X4.5mm Cover And Round Bottom Optical Glass (340Nm-2500Nm)

2mm Pathlength Standard Cuvettes - 0.7ml Pathlength - 2mm Inside width - 10mm Volume - 0.7ml Dimensions - 45x12.5x4.5mm Cover and round bottom Optical Glass (340nm-2500nm)

Pricing & Availability

603

Azzota Corp 1mm Pathlength Standard Cuvettes - 0.35Ml Pathlength - 1mm Inside Width - 10mm Volume - 0.35Ml Dimension - 45X12.5X3.5mm With Cover And Round Bottom Optical Glass (340Nm-2500Nm)

1mm Pathlength Standard Cuvettes - 0.35ml Pathlength - 1mm Inside width - 10mm Volume - 0.35ml Dimension - 45x12.5x3.5mm With cover and round bottom Optical Glass (340nm-2500nm)

Pricing & Availability

604

Azzota Corp 1mm Pathlength Standard Cuvettes - 0.35Ml Pathlength - 1mm Inside Width - 10mm Volume - 0.35Ml Dimension - 45X12.5X3.5mm With Cover And Round Bottom Quartz (190Nm-2500Nm)

1mm Pathlength Standard Cuvettes - 0.35ml Pathlength - 1mm Inside width - 10mm Volume - 0.35ml Dimension - 45x12.5x3.5mm With cover and round bottom Quartz (190nm-2500nm)

Pricing & Availability

605

Azzota Corp 5mm Pathlength Standard Cuvettes - 1.7Ml Pathlength - 5mm Inside Width - 10mm Volume - 1.7Ml Dimension - 45X12.5X7.5mm With Cover And Round Bottom Optical Glass (340Nm-2500Nm)

5mm Pathlength Standard Cuvettes - 1.7ml Pathlength - 5mm Inside width - 10mm Volume - 1.7ml Dimension - 45x12.5x7.5mm With cover and round bottom Optical Glass (340nm-2500nm)

Pricing & Availability

606

Azzota Corp 10mm Standard Glass Cuvette - 1.5Ml Half Height Of Regular Cuvettes Pathlength - 10mm Inside Width - 10mm Volume - 1.5Ml Dimensions - 22.5X12.5X12.5mm Cover And Lid Optical Glass (340Nm-2500Nm)

10mm Standard Glass Cuvette - 1.5ml half height of regular cuvettes Pathlength - 10mm Inside width - 10mm Volume - 1.5ml Dimensions - 22.5x12.5x12.5mm Cover and lid Optical Glass (340nm-2500nm)

Pricing & Availability

607

Beckman Coulter CHAMBER SANDERSONB

CHAMBER SANDERSONB

Pricing & Availability

608

Starna Cells Inc GLASS 40MLCUVETTE 45MLHT 1/EA

Colorimeter Cell, Glass, 40mm, 45mm height

Pricing & Availability

609

World Precision Instrument Semi-micro, self-masking Quartz Cuvette, 10mm path, Style D, V=0.35mL

WPI’s glass and synthetic quartz cuvettes are ideal for UV/VIS/NIR absorbance or fluorescence experiments. Synthetic quartz can be used in deep UV applications and is recommended for fluorescent applications, as it does not exhibit background fluorescence. Quartz cuvettes (absorbance, fluorescence and flow) are shipped individually packaged. These economic quartz are ideal for precision measurements because of their high quality materials used and their low manufacturing tolerances.

Pricing & Availability

610

World Precision Instrument Standard Rectangular Optical Glass Cuvette, 10mm path, 10ct

WPI’s glass cuvettes are ideal for UV/VIS/NIR absorbance or fluorescence experiments. Glass cuvettes are shipped in packages of 10. These economic cuvettes are ideal for precision measurements because of their high quality materials used and their low manufacturing tolerances.