Square or Rectangle Cuvettes and Cells
Starna Cells Inc STD FLUOROMETER CELL SOG 10MM
Rectangular fluorometer cell, Special Optical Glass, 10mm
Fireflysci Type 20 Demountable O-Shaped Circular Dichroism Cuvette (Material: IR Quartz) (Lightpath: 1mm)
Type 20 Demountable O-Shaped Circular Dichroism Cuvette (Material: IR Quartz) (Lightpath: 1mm)• Cuvette is a o-shaped demountable spectrophotometer cuvette with a removable window• Sample can be pipetted on the grooved slide and cover slide placed on top• Cover slide is 1.25mm thick • Material is IR Quartz (transmits over 80% between 220-3,500nm)• Two windows optically polished• Lightpath is 1mm• Outside dimensions 3.5x12.5x45mm• Inside Dimensions- 1x10x38mm• Capacity- 360µL
Spectrocell Inc CYLINDRICAL FUV 100 MM PATH
Cylindrical FUV 100 mm path lengthcell with threaded top and 2 screw caps.
Hach Company Sample Cells: 1cm Rectangular Polystyrene 4.5mL 10mm Pathlength
4.5 mL cells are disposable and come in a package of 100.
Alkali Scientific CellPro™ Spectrophotometer Cuvette, PS, 10mm light path, 1000/Pk, 4.5mL macro, square opening
Our disposable cuvettes are compatible with most popular spectrophotometers. Manufactured from high quality, optically clear polystyrene, they are intended for determinations in the 340-800nm (visible) wavelength range. Cuvettes are available in three sizes: 1.5mL micro, 2.5mL semi-micro and 4.5mL macro. All sizes are 12.5mm square, 45mm height and are compatible with various spectrophotometer models including: Carolina, Spectronic200, Spectronic20 and 20D, SpectronicEducator, Genesys™ and Accuris SmartDrop™. • Fits most spectrophotometers and photometers• Polystyrene for use in visible range (340-800nm)• Protective packaging – dust-proof and non-scratch• Absorption reproducibility error of less than ±1%**Caps are available and can be ordered separately.
World Precision Instrument Semi-micro, self-masking Quartz Cuvette, 10mm path, Style D, V=1.0mL
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.