Efficient Industrial Distillation with the Rotavapor R-220 SE
The Büchi Rotavapor R-220 SE is an industrial equipment designed for the distillation of large quantities of solvents. Engineered to ensure smooth operation, it offers simple handling and precise control of distillation parameters. Its integrated vacuum system, combined with regulation options, enables high yields while reducing product loss.
The R-220 SE stands out for its flexibility. It is available in several versions to meet various needs: the Basic version for routine distillations, the High Performance version for increased evaporation speeds, and the Continuous version for continuous flow distillation. The latter is ideal for industrial processes requiring automated solvent recovery.
The apparatus can accommodate evaporation flasks up to 20 liters and is compatible with various glassware sets, including configurations for foaming or temperature-sensitive products. Its vacuum and temperature regulation system ensures optimal process control, guaranteeing reproducible and efficient distillations.
Safety is a central aspect of the R-220 SE. It features a protective coating on the glassware (excluding the evaporation flask) and spring-loaded valves to prevent accidental overpressure. Its automatic water bath lift system prevents overheating in case of an incident. The intuitive user interface displays real-time temperature, rotation, and vacuum parameters, providing precise and responsive monitoring.
The Rotavapor R-220 SE is also distinguished by its durability. Made of stainless steel and borosilicate glass, it withstands demanding work environments and prolonged exposure to aggressive solvents. Maintenance is simplified by easy access to critical components and a robust design that minimizes technical interventions.
Additionally, the R-220 SE can be combined with several accessories to optimize its performance. Adding a V-710 vacuum pump enables precise vacuum control for safer and more efficient distillations. An F-125 chiller ensures optimal cooling for maximum yield. Other elements, such as level sensors or vacuum regulation valves, enhance its capabilities for even more automated and controlled processes.
