SFC Sample Manager
The SFC is the ideal complement to the SDT dissolution bath offering high flexibility and accuracy in an integrated design. It allows sampling into LC vials and 12 mL tubes to adapt your sampling volume to your analytical needs.
- SPACE-SAVING - Smallest footprint in its class
- HIGH ACCURACY - Integrated pump module uses high-precision syringes and samples simultaneously
- SIMPLE HANDLING - All cleaning and handling processes are fast and simple to execute
- SMALL TUBING VOLUME - Since the syringes do not move, the tubing can be shorter there with reducing dead volume.
Highlights
Space-saving.
The SDT offline system, featuring an integrated SFC fraction collector, boasts the smallest footprint among its class of equipment. Its unique All-in-One design combines a syringe pump, media replacement functionality for profile analysis, and fraction collector into a single compact unit. This innovative design reduces the system's footprint by 40% compared to other available systems in the market. The compact size of the SDT offline system maximizes space efficiency without compromising on functionality, making it an ideal choice for laboratories with limited space.
High accuracy.
The integrated pump module uses high-precision 5 mL syringes to enable simultaneous sampling through 6 to 8 channels, depending on your specific needs. The sampling volume can range from 1 to 10 mL, with an accuracy of ±0.5 mL or ±10%. This ensures precise and reliable sample collection, allowing for accurate analysis and testing in accordance with your individual requirements.
Simple handling.
The SDT offline system is designed for efficient and straightforward cleaning and handling processes. Its compact design contributes to the simplicity of executing these tasks. Additionally, the system features reduced tubing volumes, which not only makes pre-rinsing easier but also minimizes the risk of carryover. This ensures a streamlined and reliable operation, allowing for faster and more convenient cleaning and handling procedures.