The Waters Arc HPLC high-performance liquid chromatography system is a high-performance liquid chromatography system that can easily reproduce and improve existing HPLC methods, enhance method performance, and not sacrifice data quality. The system features a highly sensitive optical detector, quaternary solvent management system, and advanced flow-through needle design, which can significantly improve analysis efficiency and column efficiency, reduce mobile phase consumption, and ensure reproducibility of inter laboratory methods. In addition, its ease of conversion to existing methods enables users to seamlessly migrate between different HPLC platforms while maintaining consistency in analysis results.
Waters Arc HPLC High Performance Liquid Chromatography System
Arc HPLCThe system is a high-performance liquid chromatography system that can easily reproduce and improve existing onesHPLCMethod, improve method performance without sacrificing data quality. The system features a highly sensitive optical detector, quaternary solvent management system, and advanced flow-through needle design, which can significantly improve analysis efficiency and column efficiency, reduce mobile phase consumption, and ensure reproducibility of inter laboratory methods. In addition, its ease of converting existing methods enables users to adapt to different scenariosHPLCSeamless migration between platforms while maintaining consistency in analysis results.
Waters Arc HPLC High Performance Liquid Chromatography System
Features and advantages
High sensitivity optical detector
Using a photodiode array detector orUV/VisHigh performance optical analysis detectors such as detectors have been optimized specifically for detecting small molecule analytes, demonstrating excellent sensitivity and linearity in analysis.
Intelligent Gradient Starting Point Technology
Adjust the injection relative to the starting point of the gradient and simulate other factorsHPLCThe delay volume of the system without changing the gradient table. Most methods only require two injections to successfully convert.
Four element solvent management system
Utilizing automated solvent compressibility compensation function to accurately mix up to4Seed solvent. After installing the optional integrated solvent selector valve, additional features can be added6Plant solvents to further improve the flexibility of solvent mixing.
Auto•Blend PlusTMtechnology
You can directly presspHSet gradient programs with ion strength to minimize manual operation of preparing mobile phases and reduce the possibility of human error in routine analysis.
Chromatographic column technology
Can withstand the longest temperature in a stable environment300 mmThe chromatographic column is heated and cooled to ensure the reproducibility of the method between laboratories. The optional integrated chromatographic column switching function can be used in3Automatic switching between root chromatography columns. Effectively simplifying the method filtering process, and allowing for back and forth switching to run multiple methods on the same system.
The residue can be ignored
The advanced circulation needle design can continuously clean the injection needle during operation, minimizing residue as much as possible. The cleaning settings can be configured by the user, so even ifAdhesive compounds can also be easily processed, helping to ensure a clean and pollution-free analysis process for the current target sample.
Specially designed to enhance stability
The integrated solvent degassing, sealing cleaning, and flow path design can reduce blockages caused by high salt buffer solutions and prolong the normal operation time of the instrument as much as possible.
complete set of products
Advanced chromatographic columns, chemicals, and software solutions work together to meet almost all requirementsHPLCApplication requirements.