Why was MCP developed?
The platform was developed by using a holistic approach to designing each process level – whether the ordering process, the planning of the conveyor system or its installation – as efficiently as possible. The modules themselves set a high standard for reliable and solid technical performance. This platform was designed for flexibility, modularity, attractive industrial design, simple handling during assembly and expansions.
Efficient drive solutions
Customer needs, conditions on site, and type of materials to be conveyed define the requirements for a system. The Interroll conveyor modules can be designed for the most efficient solution for each task. Zero pressure accumulation conveying can be implemented with proven DC RollerDrive. For higher performance, efficient DC drives that enable efficient and future-proof zero pressure accumulation conveying are used together with roller conveyors with 400 V flat belt drives. Pneumatics, which creates high operating costs, is completely omitted here.
Flexible and modular concept
Refined technical details and solutions offer lots of room for the flexibility of our customers. If changes to or expansions of the system should be necessary, the planning is simple. Thanks to the modular concept, the individual modules are perfectly matched and can be easily combined with each other.
Quick installation
Largely pre-assembled modules accelerate the installation on site. Independently adjustable side guides, infinitely adjustable supports, integrated electrical conduits and an universally applicable master gauge for holes to attach add-on components are only a few of the details that reduce the installation effort.
Reliable operation
The robust and extensively tested design of the conveyor modules reduces the maintenance effort and ensures the reliable operation of a conveyor system. The platform offers a wide selection of modules and key elements so that the material flow can be planned efficiently. Everything from a single source and with expert consultation.