Glass 10mm Glass Micro Cuvette, 1.4ml, Standard 80, Two-way Light, PTFE Cap, 1pc/ea, C102CS47
Description
The C102CS47 is an optical glass micro cuvette offering a 4 mm slit width and 10 mm optical path length. Its 1.4 ml capacity reduces reagent usage while the broader aperture ensures strong signal throughput, making it well-suited for colorimetric assays, food safety testing, and routine laboratory absorbance measurements.
| Specifications — C102CS47 | |||
|---|---|---|---|
| Material | Optical Glass (Standard 80) | SKU | C102CS47 |
| Type | Micro Cell (Two-Way Light) | Path Length | 10 mm |
| Volume | 1.4 ml | Slit Width | 4 mm |
| Optical Windows | 2 (frosted sides) | Fabrication | Standard 80 |
| Transmittance | > 80% (340–2500 nm) | Wavelength Range | 340 – 2500 nm |
| Exterior Dimensions | 12.5 × 12.5 × 45 mm | Interior Dimensions | 4 × 10 × 43 mm |
| Cap Type | PTFE Cap | Package | 1 pc/ea |
Spectroscopy Applications
Standard spectrophotometric measurements across 340–2500 nm wavelength range🏥Clinical Chemistry
Blood serum, plasma, and urine analysis in diagnostic laboratories💊Pharmaceutical QC
Drug purity testing, dissolution studies, and concentration verification🌊Environmental Water Testing
Pollutant detection, nutrient analysis, and water quality monitoring🍷Food & Beverage QC
Color measurement, additive quantification, and contamination screening🎓Teaching Labs
Undergraduate spectroscopy experiments with affordable, durable cells⚗️Enzyme Kinetics
Real-time reaction rate monitoring with minimal enzyme and substrate usage🧪Colorimetric Assays
Bradford, BCA, and Lowry protein quantification assays
Why a 4 mm Slit Micro Cuvette?
A 4 mm slit width provides enhanced light throughput compared to narrower micro cells. This is beneficial for samples with low absorbance values or when working with turbid solutions, as more light reaches the detector, improving the signal-to-noise ratio while still offering meaningful sample savings over standard cuvettes.
Why Optical Glass?
Optical glass (Standard 80) transmits reliably across 340–2500 nm, covering the full visible spectrum and extending into the near-UV and near-IR regions. It is more economical than quartz while delivering excellent clarity and chemical resistance for most routine spectroscopy applications. For deep-UV work below 340 nm, consider upgrading to a quartz micro cuvette.
Filling: Use a pipette or syringe to dispense 1.4 ml into the cell. Avoid air bubbles in the light path.
Cleaning: Rinse with distilled water, then ethanol or acetone. Avoid abrasive tools on polished optical faces.
Orientation: Align the two clear (polished) windows with the instrument beam path; frosted sides face left and right.
Need a different slit width, volume, or material? We offer custom fabrication for micro cuvettes. Contact us with your specifications.
Additional information
| Weight | 30 g |
|---|
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