miVac Quattro: The High-Capacity Solution for High-Flow Solvent Evaporation
The miVac Quattro is a high-capacity centrifugal concentrator developed by Genevac, designed to meet the needs of laboratories with high demands on sample processing and solvent evaporation.This powerful system efficiently removes water and organic solvents from a wide variety of samples, including tubes, microplates (up to 20 microtiter plates) and vials. Its superior capacity makes it an ideal tool for research laboratories, high-throughput screening platforms and production environments.
The main advantage of the miVac Quattro is its ability to process large sample volumes. Equipped with a four-position rotor and a large-capacity evaporating chamber, it can simultaneously evaporate a high number of samples, significantly increasing throughput and reducing waiting times. This feature is particularly beneficial for laboratories that routinely process large numbers of samples.
Like all miVac systems, the Quattro model is designed for ease of use.Its intuitive user interface, with a large LCD screen and simple navigation, allows users to quickly program evaporation cycles and monitor their progress in real time. Optimised programmes are integrated to facilitate working with different solvents, such as water and alcohols.
Robustness and reliability are key features of the miVac Quattro. Its solid design ensures stable operation and a long service life, even under intensive use. The concentration chamber is chemical-resistant, allowing safe working with a wide variety of solvents.
To optimise the performance of the miVac Quattro, Genevac offers a range of complementary accessories.The miVac SpeedTrap refrigerated condenser increases evaporation speed and improves solvent recovery. The miVac pressure controller allows precise vacuum control, which is particularly useful when evaporating solvent mixtures.
The miVac Quattro is a powerful and reliable centrifugal concentrator, ideal for laboratories requiring high capacity and high sample throughput. Its ease of use, robustness and optional accessories make it a valuable investment for optimising evaporation processes and improving laboratory efficiency.
