Product Description
Thinner is hardly possible!
Flow-Through Cell With Very Short Light Path
| Application | Measuring complex biological samples |
| Special Characteristics | - Large measuring aperture with small measuring volume
- Individually measured and certified light paths
|
| Material | Quartz, Stainless Steel |
This flow-through measuring cell is used to photometrically regulate the components of complex biological samples.
It is distinguished by a large measuring aperture and individually measured light path in the range of 0.1 mm. A bypass channel serves to optimise the flow. The sample supply is carried through passivated stainless steel tubes.
Engineered for Precision and Minimal VolumeThe flow-through cell delivers highly accurate measurements of concentrated or turbid solutions with a uniquely short light path, ranging from 0.1 mm to 1 mm. Its construction supports optimal sample exposure, minimal dead volume, and allows for measurements with as little as 25 L. Laboratories benefit from reliable chemical resistance and simple cleaning procedures, making this cell an efficient choice for demanding spectroscopic applications.
Adaptable Integration for Laboratory WorkflowDesigned for seamless compatibility with most standard spectrophotometers, the cell features universal screw fittings for 1/16" or 1/8" tubing. Whether used in batch or continuous flow setups, its flexible configuration supports manual and semi-automated systems. Optional features such as heating/cooling jackets and custom-length configurations further enhance operational flexibility.
FAQs of Flow-Through Cell With Very Short Light Path:
Q: How does the very short light path benefit spectroscopic measurements?
A: The extremely short optical path (0.1 mm to 1 mm) prevents saturation and scattering issues, making it ideal for analyzing highly concentrated, turbid, or high-absorbance samples without dilution.
Q: What cleaning process is recommended for the flow-through cell?
A: The cell can be easily flushed with solvents or aqueous media. Its construction materials ensure chemical resistance and compatibility with standard cleaning protocols.
Q: When is this flow-through cell most effectively used in a laboratory setting?
A: It is especially effective for online process monitoring, reaction kinetics, high-throughput screening, and analyses requiring minimal sample volume or handling of concentrated solutions.
Q: Where can this cell be integrated within existing laboratory equipment?
A: The cell is compatible with spectrophotometers featuring a 10 mm cell holder and standard flow tubing, enabling integration into various UV-Vis analytical workflows.
Q: What sample volume is required for accurate analysis?
A: Depending on cell design, measurement can be performed with as little as 25 L of sample, making it efficient for limited-volume or valuable sample analysis.
Q: How do custom options enhance laboratory applications?
A: Options for light path length, window material, connector fittings, and thermostated jackets allow configuration to meet specific analytical and workflow needs.
Q: What are the main benefits of continuous flow and batch operation with this device?
A: Both operating modes support streamlined sample handling and rapid analysis, improving throughput and enabling real-time monitoring of chemical or biological reactions.
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