REOVIB vibratory conveyor technology
Complete solutions for the control of vibratory feeders
Vibratory feeder technology
Vibration conveyor technology is a specialised field of industrial conveyor technology used to feed various materials into assembly, packaging and filling machines. It has a wide range of applications, for example in industrial assembly automation, pharmaceutical packaging systems, industrial conveyor technology, and food processing and packaging. REO’s complete systems, combining REOVIB control units with the appropriate REOVIB acceleration sensors and vibration magnets, which are available in various versions, e.g. also in powder-coated design with FDA approval, have proven themselves to be the ideal solution in numerous areas of application. This applies to quality and functionality as well as service. As a manufacturer of all electrical components for vibratory conveyors, we offer a high degree of flexibility in planning and execution, as well as rapid availability of the appropriate products.
With the REOVIB MFS 368, we have developed the world’s most advanced control unit for vibratory conveyors. Its compact design combines a wide range of applications with a broad spectrum of safety mechanisms and modular interfaces. With a wide input voltage range, an improved energy balance with up to 45% less power consumption, an integrated active mains filter and an LCD display for easy full-text menu control, the REOVIB MFS 368 ensures efficient and optimal conveyor performance.
Highlight of vibratory conveyor technology
IIoT-Ready
Hardware and software solutions for networked industry
Industry 4.0 is the strategy for the comprehensive digitalisation of industrial production. Digital technologies and processes enable completely new approaches in production and in the field of services. With the ongoing transformation in industry, the demands on production and communication are increasing in terms of scalability and interoperability. With REO, you have a competent partner at your side to master the challenges of Industry 4.0. To this end, REO will equip its devices to be IIoT-ready and introduce specially developed hardware and software solutions.
Product highlight MFS 368
Experience the MFS 368 in the video and gain a comprehensive impression of its functions, performance characteristics and possible applications. Whether in industrial assembly automation, industrial conveyor technology or filling and packaging technology, the MFS 368 offers optimum performance.
Worth knowing
Every vibratory conveyor requires a control unit for controlled operation. Under the brand name REOVIB, REO offers you various series of control units for all requirements relating to the conveying characteristics of a vibratory conveyor and the flow of the conveyed parts. Starting with simple controllers that use triacs or thyristors in phase angle control to provide a variable voltage for the magnet, through to frequency converters that generate any drive frequency and amplitude for the vibratory conveyors, these series include a wide range of control units. The devices range from printed circuit board designs for integration into your own enclosures or switch boxes, to switch cabinet installation devices for mounting rails or mounting plates, to self-contained enclosure designs in protection classes from IP54 to IP65.
Control inputs and outputs can be used to link individual devices to form systems that operate entire feeding stations. Connections to higher-level control systems can be implemented via analogue signals or fieldbus couplings such as Profibus, CAN bus, EtherCAT, EtherNet/IP and ProfiNet. Many models are also available with UL/CSA certification as an option.
The REO portfolio also includes a wide range of measuring instruments. From conveyor inspection and the recording of relevant measurement data for quality assurance in production to the development and design of vibratory conveyors and performance monitoring of vibratory conveyors during operation, REOVIB measuring and monitoring devices offer a solution for every task.
