Accuris SmartReader 96 Microplate Absorbancy Reader Filter 680 nm - Enhanced Sensitivity and Compatibility

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Procurenet
Short description
  • Accuris SmartReader 96 Microplate Absorbance Reader Filter 680 nm
  • Designed specifically for 680 nm wavelength
  • Ensures accurate and precise absorbance measurements in microplate assays
  • Enhances experimental sensitivity and quality
  • Suitable for a wide range of applications
  • Compatible with various microplate formats
  • Reliable performance for consistent and reproducible results
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  • Procurenet Team Tshim Sha Tsui
    Hong Kong Hong Kong 3 years
Description

Accuris™ SmartReader™ 96 Microplate Absorbancy Reader Filter 680 nm

The Accuris™ SmartReader™ 96 Microplate Absorbancy Reader Filter 680 nm is a high-performance device specifically designed for accurate and precise absorbance measurements in microplate assays. With its advanced features and reliable performance, it enhances experimental sensitivity and quality, ensuring consistent and reproducible results.

Improved Experimental Sensitivity and Quality

This state-of-the-art microplate absorbance reader filter operates at a wavelength of 680 nm, optimized for a wide range of applications in the life sciences, pharmaceutical, and biotechnology industries. By precisely measuring the absorbance of samples, it enables accurate determination of biochemical reactions, enzyme assays, and various other biological processes. The use of this reader significantly enhances the sensitivity and quality of experiments, allowing researchers to obtain valuable insights and make informed decisions.

Wide Compatibility and Versatility

The Accuris™ SmartReader™ 96 Microplate Absorbancy Reader Filter 680 nm is designed to be compatible with various microplate formats, including 96-well plates. This makes it a versatile tool that can be seamlessly integrated into existing laboratory workflows, eliminating the need for lab technicians to invest in additional equipment or change their preferred microplate format. Its broad compatibility ensures convenience and flexibility, enabling researchers to focus on their experiments without unnecessary complications or disruptions.

Reliable Performance for Consistent Results

The SmartReader™ 96 Microplate Absorbancy Reader Filter 680 nm is built with precision and accuracy in mind. It employs advanced optical technology to ensure reliable and reproducible results, reducing the likelihood of experimental error and data variability. This is especially crucial in research and development settings, where consistency and accuracy are paramount to drawing valid conclusions and making scientific advancements. With its robust performance, this absorbance reader is a dependable tool that researchers can rely on for consistent and trustworthy results.

Detailed Features and Specifications

  • Designed specifically for 680 nm wavelength
  • Allows for accurate and precise absorbance measurements in microplate assays
  • Enhances experimental sensitivity and quality
  • Suitable for a wide range of applications in the life sciences, pharmaceutical, and biotechnology industries
  • Compatible with various microplate formats, including 96-well plates
  • Reliable performance for consistent and reproducible results
  • Easy-to-use interface for seamless integration into laboratory workflows
  • High-resolution LCD display for clear and precise data visualization
  • Multiple reading modes, including endpoint, kinetic, and scanning modes
  • Adjustable bandwidth for optimal measurement conditions
  • PC connectivity via USB for convenient data transfer and analysis
  • Robust construction with durable materials for long-lasting performance
  • Compact and space-saving design for efficient use of laboratory bench space
  • Automatic calibration and self-diagnostic features for hassle-free operation

The Accuris™ SmartReader™ 96 Microplate Absorbancy Reader Filter 680 nm is an essential tool for researchers and scientists conducting microplate assays. With its exceptional features, compatibility, and reliable performance, it empowers scientists to achieve accurate and precise absorbance measurements, facilitating advancements in various fields of research.

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