Laboratory Spectrophotometer

About Laboratory Spectrophotometers

Spectrophotometry is the quantitative measurement of the reflection or transmission properties of a material as a function of wavelength.

A spectrophotometer is typically used for measuring the transmittance or reflectance of solutions, transparent or opaque solids such as polished glass, or gases.

Spectrophotometers are utilised in fields such as physics, materials science, chemistry, biochemistry and molecular biology.

They are employed in various industrial sectors including the semiconductor industry, laser and optical manufacturing, the printing industry, forensic investigations and laboratories analysing chemical substances.

Stanford Advanced Materials (SAM) manufactures and supplies laboratory spectrophotometers, including flame photometers, UV-VIS dual-beam spectrophotometers and UV-Vis single-beam spectrophotometers.

Key Features of Laboratory Spectrophotometers:

Versatile Analysis: Our spectrophotometers cover a wide range of applications, from measuring the concentration of solutions to characterising the absorption and transmission properties of materials.

Accuracy and Precision: Owing to high quality optics and advanced detection technology, our spectrophotometers deliver accurate and reproducible results, thereby ensuring reliability in scientific measurements.

Wavelength Flexibility: Adjust your analyses with configurable wavelength settings to investigate different absorption and emission characteristics of various substances.

Applications of Laboratory Spectrophotometers:

Chemical Analysis: Quantify the concentration of chemicals and compounds in solutions to support research, quality control and environmental monitoring.

Biosciences: Examine biomolecules such as DNA, proteins and enzymes by analysing their UV-visible absorption spectra; this supports biochemical and biotechnological research.

Material Characterisation: Analyse the optical properties of materials, such as polymers, nanoparticles and thin films to understand their behaviour and composition.

Why Choose Our Laboratory Spectrophotometers?

Scientific Insights: Obtain quantitative information on the molecular and material properties through precise optical measurement.

Versatility: Our spectrophotometers suit a wide array of scientific applications across several disciplines.

Precision: Rely on the high-quality optics and advanced technology of our spectrophotometers for reproducible measurements.

Customisation: Adjust wavelength settings and parameters to meet your specific research requirements.

Expertise: Benefit from our commitment to quality and innovation in laboratory equipment solutions.