10mm Glass Micro Cuvette, 1.75ml, Standard 80, Two-way Light, PTFE Cap, 1pc/ea, C102CS49
Description
The C102CS49 is a glass 10 mm micro cuvette with the widest 5 mm slit in the micro-volume series and 1.75 ml capacity. It provides the highest light throughput and easiest sample filling among micro cells, making it ideal for routine absorbance measurements where moderate sample savings are desired without compromising signal quality. Standard 80 (>80%, 340–2500 nm) with PTFE cap.
Technical Specifications
| Specifications – C102CS49 Glass Micro Cuvette | |||
|---|---|---|---|
| Material | Optical Glass | SKU | C102CS49 |
| Type | Glass Micro Cuvette | Path Length | 10 mm |
| Internal Volume | 1.75 ml | Slit Width | 5 mm |
| Optical Windows | Two-Way Light | Fabrication | Standard 80 |
| Transmittance | >80% | Wavelength | 340–2500 nm |
| Exterior Dimensions | 12.5 × 12.5 × 45 mm | Interior Dimensions | 5 × 10 × 43 mm |
| Cap Type | PTFE Cap | Package | 1 pc/ea |
Spectroscopy Applications
Why a 5 mm Slit Micro Cuvette?
Micro cuvettes use a reduced internal width (slit) to lower the required sample volume while maintaining the standard 10 mm optical path length for direct comparison with Beer–Lambert calculations. The 5 mm slit in this cell requires only 1.75 ml to fill the beam path — the widest micro option, offering the best balance of sample savings and signal quality. Choose a narrower slit when sample is scarce; choose a wider slit when signal intensity matters most.
Why Optical Glass?
Optical glass cuvettes transmit reliably from 340 nm into the near-IR, covering the vast majority of visible-light and near-UV assays at a fraction of the cost of quartz. For applications that do not require deep-UV measurements below 340 nm, glass micro cuvettes deliver excellent price-performance and are the standard choice in clinical, educational, and industrial QC settings.
Usage Tips
Filling: Use a pipette or syringe to introduce sample slowly from the top, avoiding air bubbles trapped against the narrow slit walls.
Cleaning: Rinse immediately with deionized water or an appropriate solvent. For protein residue, soak briefly in dilute detergent or 1% SDS, then rinse thoroughly.
Orientation: Ensure the two polished optical faces are aligned with the light beam. The frosted sides should face the cuvette holder walls.
Additional information
| Weight | 30 g |
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