What is the Shimadzu UFLC used for?
The Shimadzu UFLC (Ultra-Fast Liquid Chromatography) is used in laboratories for high-speed, high-resolution separation of complex mixtures. It is often employed in pharmaceutical, environmental, and food industries for precise and efficient analysis of various compounds.
What are the key features of the Shimadzu UFLC?
The Shimadzu UFLC offers rapid analysis times, high sensitivity, and improved resolution. It includes advanced technologies for stable flow rate control, optimized sample injection, and enhanced detection capabilities, making it ideal for demanding analytical applications.
Is the Shimadzu UFLC compatible with different detectors?
Yes, the Shimadzu UFLC can be configured with multiple detectors, including UV, PDA (Photodiode Array), and mass spectrometers, allowing flexibility in application based on the user’s specific requirements.
How does the Shimadzu UFLC improve analysis speed?
The Shimadzu UFLC is engineered to reduce analysis time significantly by optimizing the flow rate and gradient control. Its advanced design minimizes carryover and enables ultra-fast separations, enhancing throughput without compromising accuracy.
What type of samples can be analyzed with the Shimadzu UFLC?
The Shimadzu UFLC is versatile and can analyze a wide range of samples, including pharmaceuticals, environmental samples, food and beverage products, and biological samples. It is designed to handle both simple and complex mixtures with high precision.
Is the Shimadzu UFLC easy to operate for beginners?
Yes, the Shimadzu UFLC has a user-friendly interface and automated features that simplify its operation. It includes intuitive software and detailed controls to assist users in setting up, running, and analyzing their samples with ease.
What maintenance does the Shimadzu UFLC require?
Routine maintenance for the Shimadzu UFLC includes periodic cleaning of the column and injector, checking seals, and replacing consumables. Regular maintenance ensures optimal performance and longevity of the system.
What is the sample capacity of the Shimadzu UFLC?
The Shimadzu UFLC typically has an autosampler that can hold multiple sample vials, allowing for batch processing and continuous operation, which is beneficial in high-throughput environments.
How fast is the Shimadzu UFLC compared to conventional systems?
The Shimadzu UFLC system is up to 10 times faster than conventional high-performance liquid chromatography (HPLC) systems, providing significantly improved analysis speed.
What is the role of the SIL-20A autosampler in the Shimadzu UFLC system?
The SIL-20A autosampler allows for rapid 10-second injection cycles, which improves the efficiency and speed of your analysis process.
What type of columns are compatible with the Shimadzu UFLC system?
The Shimadzu UFLC system is designed to work with Shim-pack XR Series columns, which deliver high-speed, high-resolution analysis.
Can the Shimadzu UFLC handle high system pressures?
Yes, the Shimadzu UFLC can operate at system pressures up to 30 MPa, and when upgraded to the UFLCXR system, it supports pressures up to 9500 psi, maintaining high resolution and reproducibility.
How does the LC-20AD solvent-delivery system improve the UFLC?
The LC-20AD solvent-delivery system provides excellent gradient resolution and reproducibility, which are critical for accurate and consistent results in high-performance chromatography.
Is the Shimadzu UFLC system adaptable for different applications?
Yes, the system is highly versatile and adaptable, supporting various flow-control valves and column-switching systems, which are ideal for applications like two-dimensional HPLC or micro to semi-micro analysis.
Can I upgrade the Shimadzu UFLC system in the future?
Yes, the Shimadzu UFLC can be upgraded to the UFLCXR system, offering enhanced resolution with longer columns for more complex analyses.
What are the advantages of the Shimadzu UFLC in terms of reproducibility?
The Shimadzu UFLC ensures high integrity and reproducibility even at high system pressures, making it a reliable choice for precise and consistent analytical results.