Move through every stage of automation with one connected approach.
Explore proven use cases for testing, validation and production optimization.
From initial planning to production-ready systems and automated engineering workflows.
Build reliable virtual commissioning workflows, industrial software and reusable expertise.
Tools for the Digital Factory
RF::SUITE
One connected platform for engineering, simulation, validation and production intelligence.
Explore RF::SUITE →
Choose the tools your workflow needs and connect them within one consistent engineering environment.
RF::YAMS3D simulation and material flow
→
RF::ViPerVirtual periphery simulation
→
RF::RobSimRobot simulation
→
RF::SCOUTAnalysis and optimization
→
RF::CEREBData intelligence platform
→
RF::GUARDFixture simulation and validation
→
RF::FSBoxHardware for fieldbus simulation
→
RF::EdDiVirtual operator and PLC training
→
RF::VPM ToolProject and model preparation
→
We combine simulation, virtual commissioning and industrial software expertise across demanding production environments.
From individual machines to complex production lines: we connect engineering, simulation and operation throughout the entire lifecycle.
We participate in national and international research projects focused on digital engineering, automation, artificial intelligence and sustainable production systems.
Resilient, sustainable and adaptable industrial production systems.
→ 02 Research Project REDRIVESResilient drive technologies and robust industrial production processes.
→ 03 Research Project DIGIKLEBDigital methods for connected adhesive processes and quality assurance.
→ 04 Research Project GENIUSIntelligent engineering methods for data-driven manufacturing systems.
→Learn more about EKS InTec, our locations, career opportunities and how to get in touch with our team.
Interlock Check for Industrial Automation USE CASE Interlock Check Interlock checks identify collisions and critical states in robotic systems that are not properly safeguarded due to incomplete signal and interlocking logic. In doing so, they reveal hidden dependencies as well as unpredictable system constellations. Systematically verify interlocks Automatically validate motion sequences between robots Reduce risks […]
