Waters Acquity UPLC Front End with BSM, SM, CM, and Sample Organizer
The Waters Acquity UPLC Front End, complemented by an advanced Sample Organizer, is engineered for precision and efficiency in complex separation tasks. This state-of-the-art system is optimized for versatile operation, allowing it to adapt to a wide variety of flow rates, back pressures, and linear velocities. Experience unparalleled efficiency and maximize your lab's throughput with this cutting-edge equipment.
Key Features of the Waters Acquity UPLC System
- High Performance: Delivers consistent, reliable, and data-rich results tailored for complex separations.
- Versatile Operation: Optimal flow rates and back pressures support a range of applications, enhancing throughput and resource utilization.
Enhanced Automation with the Sample Organizer
The Waters ACQUITY UPLC Sample Organizer elevates your sample processing capabilities significantly. Designed to further automate your workflow, it allows for over ten times the capacity for samples in standard ANSI-compliant 96- or 384-well plates and more than three times the capacity for samples in traditional 2 mL vials.
Sample Organizer Features:
- Programmable plate transfer capabilities to streamline movement from the Sample Organizer to the ACQUITY UPLC System Sample Manager.
- Swift plate exchange shuttle functionality, allowing replacement of plates within 15 seconds for enhanced high-throughput processing.
- The large swing-open front door facilitates easy access to shelves, which slide in seamlessly for straightforward loading.
- Compatible with any combination of ANSI-compliant well plates and vial holders, offering flexible sample preparation options.
- Temperature control range of 4 to 40 °C, adjustable in 1 °C increments to meet varying sample requirements.
- Compact design with a small footprint, making it a perfect fit for any laboratory setting.
Transform your lab's sample processing efficiency with the Waters Acquity UPLC Front End and Sample Organizer, a combination designed to meet the demands of modern analytical challenges.
