RAMPup enables automation of many currently non-automated processes in low-volume productions using Robotic Automation Modules, which encapsulate a robotic process in a single self-contained unit, including both hardware and control software. The modules are generalized and flexible such that they can be reused for the production of multiple various products and potentially future products, thus the return of investment for the production facility is minimized.
RAMPup matures state-of-the-art research results into a flexible automation platform, which is extensible through a standardized interface. The platform enables easy reconfiguration of the modules for rapid setup (plug-and-produce) and switchover of workstations, and the ability to ramp up production based on customer demands.
RAMPup will also supply a System Developer’s Toolkit (SDK) to enable any manufacturer to develop their own modules which comply with the RAMPup interfacing. This will enable any specialist to become an Original Equipment Manufacturer. Many systems integrators already develop their own partial solutions which they reuse for their own customers – by complying with RAMPup’s specifications the potential customer base for their product becomes much broader. RAMPup will include the development of a central database and sales channel where module developers can advertise their modules and interested parties can see all the modules that are available.
It is vital that systems integrators and end-users are involved in designing and testing all project elements, so that real-world usability is credible and there are stakeholders with experience and a vested interest in RAMPup’s success and market introduction after project end – therefore the consortium consist of 8 industry partners and 2 RTOs.
Eight real-world industrial use cases are to be solved using RAMPup modules. Across the use cases, six different types of processes use most of the time: handling, screw-driving, force-controlled fitting, dispensing, riveting, and pressing. RAMPup will develop at least one module for each of these processes. Via the EC, RAMPup funds solution development to TRL7, but these solutions are intended to be matured to commercial standard in side-agreements using private funding after project end.
The objectives of RAMPup are:
• 50% increased productivity per worker for each of the eight use cases.
• 25% reduced total cost of ownership of robot workstations and process modules.
• 50% increased reusability of software and hardware in system integration.
• At least six different types of process modules compliant with the RAMPup interface specifications developed to TRL7.
