Innovative NanoLC System for Enhanced Performance and Cost Reduction ID: 2023-017
This technology revolutionizes low flow high-pressure liquid chromatography by reducing operational costs and improving performance.
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Technology Overview
The technology introduces an advanced method for improving nanoLC by utilizing a system that can form small volume gradients with discrete mobile phase components. This is achieved through a selector valve or vials, enabling the creation of complex gradient profiles cost-effectively. The use of a custom software and an Arduino controller enhances its functionality, allowing for the profiling of various biomolecules within a single LC-MS experiment.
Key Advantages
- Cost-effective generation of binary, ternary, and more complex gradients without multiple high-cost pumps
- Improved ionization efficiency and reproducibility of elution profiles
- Reduction in the need for precision in managing ultra-low flow rates, simplifying the operational process
- Enables the profiling of various biomolecules in a single experiment, enhancing research capabilities
Problems Addressed
- High costs and complexity associated with traditional binary high-pressure pumps for nano
- LC
- Limitations in creating complex gradient profiles cost-effectively
- Challenges in achieving high ionization efficiency and reproducibility of elution profiles
Market Applications
- Proteomics research and analysis
- Biological and pharmaceutical research applications
- Potentially attractive to companies specializing in chromatography and mass spectrometry technologies, like Micr
- Omics Technologies
Additional Information
Technology ID: 2023-017
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025
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