The Ultravap microplate evaporator from Porvair Sciences is designed to effectively remove unwanted solvents from laboratory microplates.
The open-access design of the Ultravap, combined with full RS232 control of every parameter, enables integration with laboratory robotics.
In response to customer feedback, Porvair has refined the Ultravap design to further ease integration with laboratory robots, increase operational versatility and enable simple and safe venting of removed solvents.
The plan form of the leading edges of the unit has been re-designed to allow robot gripper arms an extra 22mm of linear access to the evaporation deck.
This allows the gripper to handle even the heaviest deep well blocks with ease and to position them under the evaporation head more precisely.
In addition, Porvair has made available a set of side panels, which fit on either side of the unit to ensure that exhaust gas carrying solvent fumes can be easily extracted either to the front or rear of the unit.
To enable easy connection of the rear vent to a standard fume extraction duct, an optional adapter allows direct connection of a 4in diameter fume duct to the evaporator.
Software and hardware drivers for the Porvair Ultravap are now available for Tecan, Hamiton and Beckman laboratory robots.
Designed to quickly and safely remove solvents from 96- and 384-well plates, the Ultravap microplate evaporator is a versatile tool that optimises microplate sample preparation productivity.
The Ultravap achieves high sample throughput through advanced evaporator head technology and a manifold design, which directly injects heated nitrogen into each individual well of the microplate simultaneously.
The system removes most popular chromatography solvents in minutes, according to Porvair.
For heat-sensitive and thermally labile samples, the Ultravap may be operated in a two-stage mode combining rapid initial dry-down with carefully controlled final solvent evaporation.
The Ultravap has been designed to be simple to install, operate and maintain.
Installation requires a connection to a gas supply/cylinder and standard mains socket.
Safety of operation is ensured as the CE-marked unit fits into all fume cupboards.
