Vibratory conveyor technology is used as a special area of industrial conveyor technology for feeding various conveyed goods into assembly, packaging and filling machines. The areas of application are extremely diverse, for example in industrial assembly automation, in pharmaceutical packaging systems, in industrial conveyor technology and in food processing and packaging.

REO’s complete systems in combination with the REOVIB control units and the matching REOVIB accelerometers and oscillating solenoids, which are available in various variants, have proven to be the ideal solution in numerous areas of application.

As a manufacturer of all electrical components for vibratory conveyors, we offer a high degree of flexibility in planning and processing as well as rapid availability of the appropriate products.

With the REOVIB MFS 368, we have developed the world’s most modern control unit for vibratory conveyors. With a wide input voltage range, an improved energy balance, an integrated active mains filter and LCD display for simple full-text menu control, the REOVIB MFS 368 ensures efficient and optimal conveying performance.

For controlled operation, each vibratory conveyor requires a control unit. Under the brand name REOVIB, REO offers different series of control units for all requirements regarding the conveying characteristics of a vibratory conveyor and the flow of the conveyed parts.

Starting with simple controllers that provide a variable voltage for the magnet by means of triac or thyristors in phase-cut mode, to frequency converters that generate any drive frequency and amplitude for the vibratory feeders, a large number of control units are included in these series.

The designs range from printed circuit board designs for integration into their own housings or control boxes, to control cabinet built-in devices for mounting rails or mounting plates, up to self-sufficient housing designs in protection classes from IP54 to IP65.

Connections with higher-level control systems can be realized via analog signals or through fieldbus couplings such as Profibus, CAN bus, EtherCAT or Ethernet/IP and Profinet.