Spectrophotometers

Optical Glass Cuvette for Laboratory Spectrophotometer, 10 mm Light Path
A laboratory-grade cuvette specifically designed for spectrophotometry, providing precise and reliable results within the visible light spectrum.
Constructed from high-quality optical glass for accurate and consistent measurements.
Features two polished windows to ensure optimal light transmission.
Suitable for visible light analysis within a range of 340–2500 nm, ideal for a variety of scientific applications.
Light Path: 10 mm light path with a tolerance of ±0.02 mm, ensuring precision.
Holds up to 3.50 ml of sample, suitable for small-volume analyses.
Supplied with a lid to prevent spillage and protect the sample during measurement.
Applications:This cuvette is ideal for use with spectrophotometers in chemical, biological, and pharmaceutical laboratories, providing reliable results for both qualitative and quantitative analyses.

Optical Glass Cuvette for Spectrophotometry with 40 mm Light Path (Box of 2 Units).
High-precision cuvette, made of optical glass with polished walls, designed for spectrophotometry in the range of 340 to 2,500 nm, featuring a 40 mm light path with minimal tolerance, ensuring accurate and reproducible laboratory measurements.
Material: High-quality optical glass.
Design: Cuvette with lid and two polished sides to ensure precise measurements.
Wavelength range: 340 to 2,500 nm.
Light path: 40 mm with a tolerance of ±0.02 mm.
Capacity: 14 ml.
Packaging: Box of 2 units.

Clear Polystyrene Macro Cuvette for Spectrophotometer with 10 mm Light Path (Box of 100 units).
High-precision disposable cuvette with polished walls, from Nerbe Plus (Germany: European Union).
Material: High-quality optical-grade polystyrene.
Design: Cuvette with lid and polished sides, ensuring accurate measurements.
Wavelength range: 340 a 800 nm.
Light path: 10 mm
Capacity: 4 ml.
Dimensions: External dimensions are 12 x 45 mm
Packaging: Box of 100 units.
These disposable cuvettes are ideal for laboratories requiring precision and consistency in their spectrophotometry measurements, offering an economical and high-quality solution.