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VWR® UV-3100PC, UV/Visible Spectrophotometer

Brand Name: VWR

Category: Spectrophotometer

Summary of the Product

The VWR® UV-3100PC is a UV/Visible spectrophotometer designed for precision photometric analysis across various fields, including biochemical, pharmaceutical, and quality control laboratories. Equipped with advanced quantitative analysis capabilities, this spectrophotometer enhances the accuracy and efficiency of absorption, transmission, and concentration measurements. Its flexibility in calibration and multiple scanning functions make it an ideal solution for demanding laboratory environments.

Description

The VWR® UV-3100PC UV/Visible Spectrophotometer offers high-resolution photometry to support rigorous laboratory requirements in quality control, biochemical studies, and pharmaceutical testing. This spectrophotometer performs accurately in absorption, transmission, and concentration analysis, thanks to its multiple calibration methods, including linear, linear-through-zero, square, and cubic. Capable of handling up to 10 quantitative standards, it is ideal for detailed sample analysis. Its kinetic scanning feature enables tracking of reaction rates, peak searches, and rescaling, providing reliable and consistent results. This versatile spectrophotometer is an essential tool for laboratories focused on precision and efficiency in quantitative analysis.

Features

  • Photometry Types: Absorption, transmission, and concentration.
  • Calibration Curve Options: Supports linear, linear-through-zero, square, and cubic methods.
  • Quantitative Standards: Analyze up to 10 standards for comprehensive quantitative analysis.
  • Offline Calculations: Includes re-scaling, curve tracking, and peak search capabilities for advanced data handling.
  • Kinetic Scanning: Provides options for time-course measurements and reaction rate calculations.
  • User-Friendly Interface: Designed for easy operation and data management.

Specifications

  • Wavelength Range: UV and visible spectrum coverage.
  • Quantitative Standards: Maximum of 10 standards.
  • Calibration Options: Four methods—linear, linear through zero, square, and cubic.
  • Functionality: Offline calculations, peak searching, and kinetic scanning.

Applications

  • Quality Control Laboratories: Ensuring precise measurements for product quality.
  • Biochemical Laboratories: Detailed spectrophotometric analysis for biochemical research.
  • Pharmaceutical Industry: Compliance and precision in drug development and testing.
  • Educational Institutions: For academic research and practical lab applications.