Spectroscopy Cuvettes and Cells
World Precision Instrument Semi-micro, self-masking Quartz Cuvette, 10mm path, Style D, V=0.7mL
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.
Azzota Corp Didymium Oxide Filter Spectrophotometer Calibration Tools Use For Testing Spectrophotometer Wavelength Accuracy Calibrated From 300 To 900 Nm Accuracy +/- 0.2Nm Filter Size 10 X 10 X 45 mm
Didymium Oxide Filter Spectrophotometer calibration tools Use for testing spectrophotometer wavelength accuracy Calibrated from 300 to 900 nm Accuracy +/- 0.2nm Filter size 10 x 10 x 45 mm
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)
Azzota Corp 10mm Standard Ir Quartz Cuvette, 3.5Ml Pathlength: 10mm Volume/Capacity: 3.5Ml Wavelength Range: 250 To 3500Nm Exterior (Wlh) Is 12.5 X 12.5 X 45mm 2 Sides Of Polished Windows Glass
10mm Standard IR Quartz Cuvettes - 3.5ml Pathlength: 10mm Volume/Capacity: 3.5 ml Material: IR Quartz Wavelength Range: 250 to 3500 nm Exterior (WLH) is 12.5 x 12.5 x 45 mm 2 sides of polished windows Glass/plastic lid and plastic box
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 Quartz (190Nm-2500Nm)
5mm Pathlength Standard Cuvettes - 1.7ml Pathlength - 5mm Inside width - 10mm Volume - 1.7ml Dimension - 45x12.5x7.5mm With cover and round bottom Quartz (190nm-2500nm)
Azzota Corp Disposable Uv-Vis Fluorometer Cuvette - 3.5Ml X 100 Square Cuvettes 10mm X 10mm X 45mm Four Sides Clear Methacrylate Pathlength: 10mm 3.5Ml Volume Wavelength Range: 285-800Nm (Uv-Vis)
Disposable UV-Vis Fluorometer Cuvette - 3.5ml x 100 Square Cuvettes 10mm x 10mm x 45mm Four sides clear Methacrylate Pathlength: 10mm 3.5ml volume Wavelength Range: 285-800nm (UV-Vis)
World Precision Instrument Flow-cell, Small Volume, 10mm path, Style F
Flow Cells. Dissolution, medium & wide aperture
- Fully masked cell with rectangle aperture
- 170 - 2700nm Far UV Quartz*
- Two polished windows
- Excepts beam width up to 3mm
- Internally threaded jack
- Z dim=15
- 0.48 mL Compartment V
- Chamber dim: 4x10x11mm
- Type 10mm Path
World Precision Instrument Micro-volume Flow Cuvettes, 10mm Path
- 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.
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.
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.
