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Fused Silica Cuvettes for
Spectroscopy UV | VIS | IR
Our cuvettes are fully fused and polished to optical perfection Contact Us
Quartz Cuvettes in a Wide Range of Specifications for Research & Teaching
Looking for a Quartz Cuvette?
Click on the cuvette image to go to the online store, click on the Style Type text to go to the full page with detailed specifications. Shop.Spectrecology.comWe have many more unusual cuvettes, and we make cuvettes to custom specifications.Call us! (727) 230-1697 or info@spectrecology.com
Cuvette Materials & Construction Specifications
Our cuvette cells are assembled using a fully fused method and are annealed to remove any residual strain. Cells can be safely used up to 3 atmospheres pressure. Cell matching — Cuvettes can be purchased in matched sets at no additional charge. Popular styles are essentially matched off-the-shelf. Cuvettes are constructed from Spectrosil Quartz (170 – 2700 nm), Infrasil Quartz (220 nm – 3800 nm), or Special Optical Glass (320 nm – 2500 nm).
Need a spectrophotometer? You’ll find ours on Mars, crashing into the Moon, in the deep sea, in operating rooms, industrial plants, on agricultural drones and in chemistry classrooms and teaching labs everywhere… >350,000 of them to date! Click here to learn more!
Cuvettes
Style 1
Standard rectangular cuvette Most popular cuvette sold! Comes in path lengths up to 100mm
Style 21
Standard Rectangular cuvette with stopper Same cuvette as 1-Q-10 but with a stopper. It also comes in path lengths up to 100mm.” data-description=”” itemprop=”contentUrl”>
Style 21
Standard Rectangular cuvette with stopper Same cuvette as 1-Q-10 but with a stopper. It also comes in path lengths up to 100mm.
Style 9B
Semi-micro Self Masking cuvette
Black quartz blocks off-axis rays that lead to stray light and lower linearity” data-description=”” itemprop=”contentUrl”>
Style 9B
Semi-micro Self Masking cuvette
Black quartz blocks off-axis rays that lead to stray light and lower linearity
Style 9
Semi-micro cuvette
semi-micro cuvettes have smaller fill volumes by virtue of thicker walls.” data-description=”” itemprop=”contentUrl”>
Style 9
Semi-micro cuvette
semi-micro cuvettes have smaller fill volumes by virtue of thicker walls.
Style 29
Semi-micro cuvette with stopper” data-description=”” itemprop=”contentUrl”>
Style 29
Semi-micro cuvette with stopper
Style 29B
Semi-micro Self Masking cuvette with stopper” data-description=”” itemprop=”contentUrl”>
Style 29B
Semi-micro Self Masking cuvette with stopper
Style 18
MicroCell Short” data-description=”” itemprop=”contentUrl”>
Style 18
MicroCell Short
Style 18B
MicroCell
Self Masking ” data-description=”” itemprop=”contentUrl”>
Style 18B
MicroCell
Self Masking
Style 28
MicroCell with stopper” data-description=”” itemprop=”contentUrl”>
Style 28
MicroCell with stopper
Style 28B
MicroCell stopper Self Masking” data-description=”” itemprop=”contentUrl”>
Style 28B
MicroCell stopper Self Masking
Style 16
Sub-Micro CellSelf Masking” data-description=”” itemprop=”contentUrl”>
Style 16
Sub-Micro CellSelf Masking
Style 26
Low Head Space Cell, thermal melt” data-description=”” itemprop=”contentUrl”>
Style 26
Low Head Space Cell, thermal melt
Style 17B
MicroCell Short
Self Masking” data-description=”” itemprop=”contentUrl”>
Style 17B
MicroCell Short
Self Masking
Style 17F
MicroCell Short” data-description=”Short micro fluorometer cell” itemprop=”contentUrl”>

MicroCell Short
Style 17F
MicroCell Short
Style GL-14
Screw Cap Cell
Absorbance
Style GL-14B
Screw Cap
Absorb Self Masking
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Style GL-14B
Screw Cap
Absorb Self Masking
Style 20/C
Short Path Length Demountable cuvette” data-description=”” itemprop=”contentUrl”>
Style 20/C
Short Path Length Demountable cuvette
Style 20/O
Short Path Length Demountable” data-description=”” itemprop=”contentUrl”>
Style 20/O
Short Path Length Demountable
Style 48
Short Path Length
Flow Cell
” data-description=”” itemprop=”contentUrl”>
Style 48
Short Path Length
Flow Cell
Style 49
Short Path
Length
Flow Cell” data-description=”” itemprop=”contentUrl”>
Style 49
Short Path
Length
Flow Cell
Style 71
Flow Cell
Standard & Semi-Micro” data-description=”” itemprop=”contentUrl”>
Style 71
Flow Cell
Standard & Semi-Micro
Style 47
Flow Cell
Standard & Semi-Micro
” data-description=”” itemprop=”contentUrl”>
Style 47
Flow Cell
Standard & Semi-Micro
Style 583.4
Threaded Flow Cells
Medium Aperture
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Style 583.4
Threaded Flow Cells
Medium Aperture
Style 585.1
Flow Cell
Ultra Micro” data-description=”” itemprop=”contentUrl”>
Style 585.1
Flow Cell
Ultra Micro
Style 585.2
Flow Cell Sub-micro” data-description=”” itemprop=”contentUrl”>
Style 585.2
Flow Cell Sub-micro
Style 585.3
Flow Cell round aperture” data-description=”” itemprop=”contentUrl”>
Style 585.3
Flow Cell round aperture
Style 583.65
Flow Cell wide aperture” data-description=”” itemprop=”contentUrl”>
Style 583.65
Flow Cell wide aperture
Style 583.65.65
Flow Cell wide aperture short window” data-description=”” itemprop=”contentUrl”>
Style 583.65.65
Flow Cell wide aperture short window
Style 584.4
Flow Cell, Short Pathlength” data-description=”” itemprop=”contentUrl”>
Style 584.4
Flow Cell, Short Pathlength
Style 31
Cylindrical Cell” data-description=”” itemprop=”contentUrl”>
Style 31
Cylindrical Cell
Style 31B
Cylindrical Cell” data-description=”” itemprop=”contentUrl”>
Style 31B
Cylindrical Cell
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