Büchi V-700 Vacuum Pump: Precision and Robustness for the Laboratory
The Büchi V-700 vacuum pump is designed to meet the demands of laboratories requiring precise and stable vacuum conditions. With a volumetric flow rate of 1.8 m³/h and an ultimate vacuum of less than 10 mbar, it seamlessly integrates into processes that require constant and reliable vacuum. Its PTFE body provides excellent resistance to chemical vapors, making it a suitable choice for a variety of laboratory applications.
It is particularly well-suited for use with rotary evaporators, ensuring uniform vacuum regulation for efficient and reproducible evaporation processes. It can also be used for evacuating drying ovens and vacuum centrifuges, as well as for filtration and liquid transfer under vacuum. Its integration with various systems is facilitated by its GL 14 connection, which ensures a secure connection with laboratory equipment.
Its quiet operation, ranging from 40 to 52 dB(A) depending on the mode of use, enhances workplace comfort while maintaining high performance. Its integrated design with a soundproof housing and a counterbalance system minimizes vibrations, reducing wear and extending the lifespan of the device.
A major advantage of the V-700 is its precise vacuum control system, which allows for hysteresis-free adjustment when paired with a Vacuum Controller V-850 or V-855. This device enables optimal vacuum regulation, ideal for processes requiring high precision.
The compact design and integrated handle facilitate transport and installation in various work environments. Maintenance is also simplified with quick access to PTFE membranes, which require minimal upkeep.
The V-700 also features an integrated gas ballast, which maintains a constant flow rate by drying the membranes during operation. This system optimizes performance and prevents condensation buildup, extending the pump's lifespan.
Compatible with various accessories, it can be combined with a secondary condenser or cold trap for maximum emission reduction and protection against aggressive solvents. These additional elements further enhance the safety and efficiency of vacuum operations.
