BÜCHI V-500 Vacuum Pump: Reliable Equipment for Your Laboratory Needs
The BÜCHI V-500 is a diaphragm vacuum pump specifically developed for laboratory applications requiring precise and efficient evacuation. Suitable for a wide range of experiments, it ensures an ultimate vacuum of less than 10 mbar, allowing for optimal working conditions in processes such as distillation, vacuum filtration, and drying in a controlled atmosphere.
Equipped with a PTFE diaphragm pump, the BÜCHI V-500 offers high resistance to aggressive chemicals while providing oil-free operation, reducing maintenance needs and eliminating the risk of sample contamination. Its pumping speed of 1.6 m³/h enables rapid and efficient vacuum creation, tailored to the demands of research laboratories and pharmaceutical and chemical industries.
This pump is designed to be used with a variety of equipment, such as rotary evaporators and filtration systems. Its use ensures stable and constant vacuum, essential for optimizing solvent recovery and ensuring safe and reproducible working conditions.
The V-500 can be used alone or integrated into a complete vacuum system by combining it with accessories such as a secondary condenser to recover evaporated solvents and a vacuum regulator to precisely adjust the pressure according to the application's needs. This precise vacuum control helps prevent foaming or overheating, particularly useful during rotary evaporation.
Adding a V-800 vacuum regulator enables automated vacuum level management, ensuring increased process stability while reducing energy consumption. Integrating a secondary condenser enhances process efficiency by minimizing solvent emissions into the environment.
The BÜCHI V-500 is designed to be intuitive and safe. It features a thermal protection system that prevents overheating, extending its lifespan. Its compact and robust structure facilitates installation on a workbench without cluttering the available space. Tube connections are simplified with GL-14 fittings suitable for laboratory requirements.
Maintenance is minimized thanks to high-quality components, including diaphragms and valves made from chemically resistant materials.
