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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::RobSim RF::SUITE Product Module

Robot Simulation & Validation

RF::RobSim
Validate robot motion.

RF::RobSim enables engineers and programmers to simulate, test and validate industrial robot systems in a virtual environment. Robot programs, movements and cell layouts can be reviewed before physical commissioning.

Robot Simulation Motion Validation Virtuelle Inbetriebnahme Collision Review
Request Demo Explore Features
RF::RobSim robot simulation ??? PLACEHOLDER: replace hero image

RF::RobSim

What is
RF::RobSim?

RF::RobSim is the robot simulation module within the RF::SUITE. It provides a virtual environment for testing, optimizing and validating robot programs, movements and production cell layouts before they are executed on real systems.

Robot path simulation, reachability review, collision-critical motion analysis and cell layout validation support virtual commissioning preparation throughout the engineering lifecycle.

Key Features

Robot simulation features for validation and virtual commissioning.

RF::RobSim combines robot path simulation, reachability review, collision analysis and cell layout validation in one virtual environment for robot program validation and commissioning preparation.

01

Robot Path Simulation

Simulate programmed robot movements and visualize motion behavior in a virtual production environment.

02

Reachability Review

Check whether target positions and movement sequences are feasible within the robot workspace.

03

Collision-Critical Motion

Support the evaluation of spatial constellations and robot movements before they are used on real systems.

04

Cell Layout Validation

Review robots, tools, fixtures and surrounding equipment as part of a connected production setup.

05

Virtual Debugging

Analyze robot behavior in a controlled virtual environment to support debugging and validation workflows.

06

RF::SUITE Integration

Combine robot simulation with RF::YAMS, RF::ViPer and RF::SCOUT for connected virtual commissioning.

Inside RF::RobSim

Eine Plattform.
Multiple validation layers.

RF::RobSim combines robot motion simulation, reachability analysis, collision review and connected commissioning workflows in a single virtual environment.

01

Robot Motion Simulation

Simulate programmed robot movements and visualize motion sequences in a virtual production cell.

  • Robot Paths
  • Programmed Movements
  • Motion Sequences
  • Tool Center Point Review
  • Movement Visualization
  • Virtual Execution
02

Reachability & Workspace

Review target positions, workspace limits and robot accessibility before physical testing.

  • Reachability Analysis
  • Workspace Limits
  • Target Position Review
  • Robot Accessibility
  • Tool Orientation
  • Multi-Axis Movement
03

Collision & Safety Review

Evaluate collision-critical constellations and movement conflicts within the robot cell.

  • Collision-Critical Constellations
  • Robot Cell Geometry
  • Tooling and Fixtures
  • Surrounding Equipment
  • Movement Conflicts
  • Early Risk Detection
04

Robot Cell Validation

Review cell layouts, multi-robot systems and spatial dependencies for commissioning preparation.

  • Cell Layout Review
  • Multi-Robot Systems
  • Production Equipment
  • Fixtures and Tools
  • Spatial Dependencies
  • Commissioning Preparation
05

Connected Commissioning

Connect robot validation with RF::SUITE modules for end-to-end virtual commissioning.

  • RF::YAMS Integration
  • RF::ViPer Integration
  • Signal and Logic Context
  • Process Analysis with RF::SCOUT
  • Virtual Commissioning Chain
  • Training Preparation

Typical Robot Validation Workflow

From robot program to validated motion.

RF::RobSim supports a structured validation path from robot cell import to commissioning preparation.

01 Import Robot Cell

Bring robot data, layouts and relevant cell context into the simulation environment.

02 Simulate Movement

Execute robot paths virtually and visualize motion behavior within the cell layout.

03 Validate Reachability

Review target positions, workspace limits and robot accessibility before physical testing.

04 Check Collision-Critical Motion

Identify critical spatial constellations and movement conflicts early.

05 Prepare Commissioning

Use validation results to support commissioning, documentation and optimization.

RF::RobSim + RF::ViPer

Robot motion and automation logic in one virtual commissioning workflow.

RF::RobSim focuses on robot movement, reachability and cell validation. RF::ViPer adds the virtual periphery, signal behavior and PLC logic context. Together, both modules support a more complete virtual commissioning setup.

RF::RobSim Robot Motion
+
RF::ViPer Signals & Periphery
=
Together Virtuelle Inbetriebnahme

Robot Motion Validation

Simulate and review robot paths, reachability and cell layouts before physical testing.

Signal & Logic Simulation

Connect robot validation with virtual periphery, PLC logic and signal behavior.

Connected Virtual Commissioning

Combine both modules for a more complete pre-commissioning validation workflow.

RF::SUITE Integration

RF::RobSim connects robot simulation
with the complete automation workflow.

RF::RobSim is part of the RF::SUITE ecosystem. It provides robot simulation and validation that connects with 3D simulation, virtual periphery, 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, fieldbus communication and automation behavior.

Robot Simulation

RF::RobSim

Robot program validation, motion simulation, reachability review and cell layout validation.

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.

Application Scenarios

Typical RF::RobSim applications.

RF::RobSim supports robot validation across programming, layout review, collision analysis and virtual commissioning preparation.

01

Robot Program Validation

Validate robot programs and movement sequences before real execution.

02

Reachability Analysis

Review whether target positions can be reached within the available robot workspace.

03

Kollisionserkennung

Identify collision-critical movements and spatial conflicts in the virtual robot cell.

04

Robot Cell Design Review

Evaluate robot placement, fixtures, tools and surrounding equipment.

05

Cycle Time Validation

Support review of movement timing and robot sequence behavior.

06

Virtual Commissioning Preparation

Prepare robot-related validation steps before physical commissioning starts.

Downloads / Resources

Resources for RF::RobSim

Download product information, technical material or project documentation for RF::RobSim.

Overview

Product Overview

Short introduction to RF::RobSim and its role in robot simulation and virtual commissioning.

Download PDF
Technical

Technical Information

Details about simulation capabilities, integration and validation workflows.

Request Document
RF::SUITE

RF::SUITE Übersicht

Learn how RF::RobSim connects with RF::YAMS, RF::ViPer and RF::SCOUT.

RF::SUITE entdecken

Frequently Asked Questions

Questions about RF::RobSim.

Learn more about robot simulation, validation workflows and practical applications of RF::RobSim.

What is RF::RobSim used for?

RF::RobSim is used to simulate, validate and optimize industrial robot movements, robot programs and production cell layouts in a virtual environment.

Can RF::RobSim validate robot reachability?

Yes. RF::RobSim can be used to review whether target positions, tool orientations and movement sequences are feasible within the robot workspace.

Can RF::RobSim detect collisions?

RF::RobSim supports the evaluation of collision-critical movements and spatial constellations within robot cells before they are executed on real systems.

Can RF::RobSim be used before commissioning?

Yes. RF::RobSim supports early virtual validation before physical commissioning, helping engineering teams review robot behavior before the complete real system is available.

Can multiple robots be simulated simultaneously?

Yes, RF::RobSim can support validation scenarios involving multiple robots and their spatial dependencies within a production cell.

How does RF::RobSim work with RF::ViPer?

RF::RobSim focuses on robot movement and cell validation, while RF::ViPer simulates virtual periphery, signals and PLC logic. Together they support connected virtual commissioning workflows.

Does RF::RobSim replace physical commissioning?

No. RF::RobSim supports earlier virtual validation and can reduce physical testing effort, but final validation still depends on the real system and project requirements.

Get Started

Bring robot validation into your virtual commissioning workflow.

Use RF::RobSim to simulate robot motion, review cell layouts and support validation before physical commissioning.

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