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Connected automation lifecycle from engineering to production optimization
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Automation Lifecycle

Entdecke alle Phasen der Automatisierung mit einem einheitlichen Ansatz.

Engineering → Simulation → Virtuelle Inbetriebnahme → Ramp-up → Monitoring & Analyse → Training →
Entdecke den Lebenszyklus →
Lösungen nach Herausforderung

Beginne mit einer spezifische Anwendung.

Entdecke bewährte Anwendungsfälle für Tests, Validierung und Produktionsoptimierung.

Interlock CheckLogik und Abhängigkeiten prüfen → SPS Software TestsProbleme durch virtuelles Testen finden → RoboterprogrammierungEffiziente Logik und Bewegung entwickeln → KollisionserkennungPlatzprobleme frühzeitig erkennen → TaktzeitanalyseEngpässe finden und den Durchsatz erhöhen → ProduktionsoptimierungDaten in mehr Leistung verwandeln →
Alle Use Cases → Kontakt →
EKS InTec engineering and automation services
Engineering Services

Engineering

Von der ersten Planung bis zu produktionsreifen Anlagen und automatisierten Engineering-Prozessen.

Smart Engineering → Anlagenbau → Simulation & Engineering Technologien → Automated Engineering →
Engineering entdecken →
Digitale Innovation

Digitale Innovation.

Entwickle zuverlässige Prozesse für die virtuelle Inbetriebnahme, industrielle Software und Wissen, das du immer wieder nutzen kannst.

Virtuelle Inbetriebnahme Beratung, Pilotprojekte und Projektumsetzung → Industrielle Softwareentwicklung Maßgeschneiderte Anwendungen auf Basis industrieller Expertise → Standard & Bibliotheksentwicklung Wiederverwendbare Modelle, Standards und effiziente Arbeitsabläufe → Software Training Praxisnahes RF::SUITE Training nach Industriestandards →
Digitale Innovation entdecken → Kontakt →
RF::SUITE software platform Tools für die Digitale Fabrik RF::SUITE Eine vernetzte Plattform für Engineering, Simulation, Validierung und intelligenter Produktion. RF::SUITE entdecken →
Softwareplattform

Eine Plattform.
Spezielle Werkzeuge.

Wähle die passenden Werkzeuge für deinen Arbeitsablauf und verbinde sie in einer einheitlichen Engineering-Umgebung.

RF::YAMS3D-Simulation und Materialfluss → RF::ViPerVirtuelle Peripherie-Simulation → RF::RobSimRobotersimulation → RF::SCOUTAnalysen und Optimierung → RF::CEREBData Intelligence Plattform → RF::GUARDSimulation und Validierung von Spannvorrichtungen → RF::FSBoxHardware für die Fieldbus Simulation → RF::EdDiVirtuelles Operator- und SPS-Training → RF::VPM ToolProjekt- und Modellvorbereitung →
Alle RF::SUITE Tools →
Industrial automation system
Branchenübergreifende Lösungen

Automatisierungskompetenz für zentrale Branchen

Von einzelnen Maschinen bis zu komplexen Produktionslinien: Wir verbinden Engineering, Simulation und Betrieb über den gesamten Lebenszyklus hinweg.

Industrien Entdecken
Industrieexpertise

Branchen, die auf
vernetzte Automatisierung setzen.

Wir verbinden Simulation, virtuelle Inbetriebnahme und Know-how in industrieller Software für anspruchsvolle Produktionsumgebungen.

AutomobilindustrieProduktionsanlagen und Automatisierungssysteme. LuftfahrtKomplexe Montage- und Validierungsprozesse. RobotikRobotenzellen, Pfade und Interaktionen. MaschinenbauWiederverwendbare Modelle und vernetzte Werkzeuge. ChemieindustrieProzesssimulation und Transparenz. PharmaindustrieValidierte Prozesse und Schulungsszenarien. IntralogistikMaterialfluss- und Durchsatzoptimierung. EnergieindustrieResiliente und datenbasierte Operationen.
Alle IndustrienMehr über unsere umfassende Branchenexpertise
Forschung & Innovation

Angewandte Forschung für Industrielle Innovation.

Wir beteiligen uns an nationalen und internationalen Forschungsprojekten zu digitalem Engineering, Automatisierung, künstlicher Intelligenz und nachhaltigen Produktionssystemen.

Initiativen entdecken Forschungsübersicht →
01 Forschungsprojekte SARESA

Resiliente, nachhaltige und anpassungsfähige industrielle Produktionssysteme.

→ 02 Forschungsprojekte REDRIVES

Resiliente Antriebstechnologien und robuste industrielle Produktionsprozesse.

→ 03 Forschungsprojekte DIGIKLEB

Digitale Methoden für vernetzte Klebeprozesse und Qualitätskontrolle.

→ 04 Forschungsprojekte GENIUS

Intelligente Ingenieurverfahren für datengetriebene Fertigungssysteme.

→
Wissenschaftliche Beiträge, Artikel und Projektergebnisse Publikationsliste Veröffentlichungen einsehen →
EKS InTec · Seit 1994

Automatisierung, Simulation und Engineering.

Technologie und Erfahrung für zuverlässige industrielle Produktionssysteme.

Mehr über EKS InTec
Unternehmen

Engineering Expertise
mit industriellem Fokus.

Erfahre mehr über EKS InTec, unsere Standorte und deine Karrieremöglichkeiten – und nimm Kontakt mit unserem Team auf.

RF::YAMS 3D production system simulation
RF::SUITE Product Module

3D Simulation & Process Visualization

RF::YAMS Simulate production systems.

Virtual production

RF::YAMS enables engineers to model, visualize and analyze complex production systems in a virtual 3D environment. Material flow, system behavior and process dynamics can be evaluated before physical implementation.

3D Simulation Material Flow Virtuelle Inbetriebnahme Process Visualization
Discover RF::YAMS Explore the software or request a personal demonstration.
Request Demo Explore Features

RF::YAMS

What is
RF::YAMS?

RF::YAMS is the 3D simulation and visualization module within the RF::SUITE. It enables engineers to model, visualize and analyze complex production systems in a virtual environment.

Material flow, system behavior and process dynamics can be evaluated before physical implementation, supporting validation, communication and engineering decisions throughout the project lifecycle.

Core Functions

3D simulation features for complex production systems.

RF::YAMS combines 3D visualization, material flow simulation and system behavior analysis in one virtual environment for production engineering and virtual commissioning.

Material Flow Simulation

Simulate material movement, process sequences and system behavior across connected production areas.

Process Behavior Analysis

Evaluate production dynamics, dependencies and interactions before physical implementation.

Layout & Resource Review

Review production layouts, resources and spatial relations in a transparent simulation environment.

RF::SUITE Integration

Combine RF::YAMS with RF::ViPer, RF::RobSim and RF::SCOUT for connected simulation and analysis workflows.

3D System Visualization

Visualize complex production systems, robot cells and automation layouts in a virtual 3D environment.

RF::YAMS simulation environment

Virtual Commissioning Support

Use the virtual model as a foundation for testing, validation and commissioning workflows.

Inside RF::YAMS

Eine Plattform.
Multiple simulation layers.

RF::YAMS combines 3D visualization, material flow simulation, digital twins and engineering workflows in a single simulation environment.

01

3D Data Processing

Build simulation-ready models from engineering data and create the foundation for digital production systems.

  • CAD Import
  • AML Import
  • Automatic Kinematics Transfer
  • Digital Twin Generation
  • 3D Asset Libraries
  • Mesh Editing
02

Process Simulation

Simulate dynamic production behavior and analyze interactions between machines, transport systems and resources.

  • Material Flow
  • Conveyor Systems
  • Sensors
  • Kollisionserkennung
  • RFID & Barcode Handling
  • Human Simulation
03

Rapid Project Creation

Reduce engineering effort through automation and structured project generation workflows.

  • Rule-Based Project Creation
  • Reduced Configuration Effort
  • Assisted Engineering
  • Guided Conveyor Path Creation
04

Project Documentation

Generate visual project documentation and provide engineering data for downstream processes.

  • 3D Video Export
  • Automated Documentation
  • USD Animation Export
  • NVIDIA Omniverse Connectivity
05

Multifunctional Platform

Use a single project model across multiple engineering and operational scenarios.

  • Digitaler Zwilling
  • Digital Shadow
  • RF::SCOUT Integration
  • Web Streaming
  • Omniverse Streaming

RF::SUITE Integration

RF::YAMS connects 3D simulation
with the complete automation workflow.

RF::YAMS is part of the RF::SUITE ecosystem. It provides the virtual 3D environment that can be connected with peripheral simulation, robot simulation, process analysis and virtual training.

3D Simulation

RF::YAMS

Virtual 3D environment for production systems, material flow and process visualization.

Virtual Periphery

RF::ViPer

Simulation of peripheral components, signals and automation behavior.

Robot Simulation

RF::RobSim

Robot program validation, motion simulation and cell layout review.

Analysis

RF::SCOUT

Process analysis, transparency, validation and optimization based on production data.

Virtual Training

RF::EdDi

Training environments based on virtual production systems and RF::SUITE workflows.

01 Model

Create the virtual production system in RF::YAMS.

02 Simulate

Connect behavior, signals and robot motion.

03 Analyze

Evaluate sequences, timing and process behavior.

04 Train

Use virtual environments for knowledge transfer.

RF::YAMS Plugins

Extend RF::YAMS with focused plugin modules.

RF::YAMS can be extended with dedicated plugins for video creation and intelligent project guidance.

Video Creation

YAMS TV

Create license-free 3D videos directly from RF::YAMS for seamless sharing, documentation and presentation.

  • 3D video creation
  • License-free sharing
  • Project presentation
Project Guidance

YAMS Assistance

Simplify and accelerate workflows with intelligent project guidance throughout the RF::YAMS environment.

  • Guided workflows
  • Faster project setup
  • Process support

Frequently Asked Questions

Questions about RF::YAMS.

Learn more about simulation capabilities, integrations and practical applications of RF::YAMS.

Can RF::YAMS simulate mechanical behavior?

Yes. RF::YAMS supports the simulation of a wide range of mechanical processes, including material flow, conveyor systems, collision detection and robot kinematics. Production sequences can be analyzed and validated in a virtual environment before physical implementation. Its logical simulation engine also enables the reliable simulation of highly dynamic production processes.

How does collision detection work in RF::YAMS?

RF::YAMS includes advanced collision detection capabilities that continuously monitor interactions between objects within the virtual production environment. Potential collisions can be identified early during planning and validation, helping reduce implementation risks, downtime and engineering effort.

What data is required to build a simulation in RF::YAMS?

RF::YAMS can import and process various 3D engineering formats such as JT and DAE. In addition, a communication interface is required to connect simulation logic and automation systems. This interface can be generated using RF::VPM or created manually depending on project requirements.

Which industries benefit from RF::YAMS?

RF::YAMS is used across industries where complex production systems must be planned, validated or optimized. Typical application areas include automotive manufacturing, aerospace, industrial production, logistics and energy systems. Its flexibility makes it suitable for a wide range of simulation scenarios.

Can RF::YAMS be integrated with other software solutions?

Yes. RF::YAMS integrates seamlessly with other RF::SUITE modules and can exchange data with external platforms. Support for USD export enables integration with NVIDIA Omniverse™, while plugin and library support allows connection to additional third-party systems and engineering workflows.

Can RF::YAMS be used as the foundation for a digital twin?

Yes. RF::YAMS can serve as the basis for digital twin applications by combining engineering data, simulation models and operational information within a virtual 3D environment. This enables validation, visualization and analysis throughout the lifecycle of a production system.

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