A spectrophotometer is an analytical instrument used to measure light intensity at different wavelengths. By passing a beam of light through a sample, this optical measurement device can determine its absorbance or transmittance, providing valuable information about its chemical composition. Additionally, it serves as a color analysis tool, essential for precise color measurements compliant with ISO 11664-2 colorimetry and ASTM D2244 standards. This instrument is fundamental in fields like chemistry, biology, and environmental science, where precise quantification of substances is crucial and adheres to DIN 5033 light measurement specifications for accurate light analysis.

Applications

Spectrophotometers, including those using UV-Vis spectroscopy, have a wide range of applications, including light absorption measurement and reflectance measurement. These instruments are essential for wavelength detection and spectral data collection, allowing researchers to gather critical information about samples. With their ability to ensure photometric accuracy, spectrophotometers facilitate precision color matching in various industries, from materials science to quality control. The use of a lab spectrometer enhances the reliability of measurements, making it a valuable tool for both research and industrial applications.

• Quantification of Concentrations: Determining the concentration of substances in a solution.
• Detection of Impurities: Identifying and quantifying impurities in samples.
• Structural Analysis: Elucidating the structure of organic compounds.
• Environmental Monitoring: Measuring dissolved oxygen levels in water bodies.
• Medical Diagnostics: Analyzing respiratory gases and other biological samples.
• Quality Control: Used in various industries to ensure product quality by analyzing raw materials and finished products.

As an analytical instrument for labs, the spectrophotometer is indispensable for its versatility and compliance with international standards. It ensures reliable and accurate results across diverse scientific and industrial applications.

• High Sensitivity and Accuracy: Capable of detecting and measuring low concentrations of substances.
• Wide Wavelength Range: Can measure across UV, visible, and near-infrared spectra.
• Advanced Optics: High-quality monochromators and detectors for precise wavelength selection and measurement.
• User-Friendly Interface: Intuitive software for data acquisition and analysis.
• Automated Calibration: Ensures accuracy and reliability of results.
• Data Storage and Export: Capabilities for storing large amounts of data and exporting it for further analysis.

• Cuvettes: Available in various materials (glass, quartz) suitable for different wavelength ranges.
• Light Sources: Tungsten lamps for visible light, deuterium lamps for UV light.
• Monochromators: Prisms and gratings for wavelength isolation.
• Detectors: Photomultiplier tubes and silicon photodiodes for detecting light intensity.
• Software Packages: For comprehensive data analysis and reporting.
• Sample Holders: Specialized holders for different types of samples (liquids, solids, gases).
• Beam Splitters: Used in double-beam spectrophotometers to compare the test sample with a reference.

Secure and Protective Packaging:

• Each item is enveloped in air bubble film before being placed in wooden cases.
• Our packaging offers excellent shock absorption, impact resistance, and heat sealing, while also being non-toxic, odorless, and resistant to moisture corrosion.

Customer Care and Support:

In case you encounter any issues during the testing process, we guarantee a response within 48 hours and a solution within 3 working days. Our support includes:

• Operation video and English manual assistance.
• Video conferencing for remote support.
• On-site service available upon request, with transportation and travel expenses to be covered by the customer.