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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::GUARD RF::SUITE Product Module

Automated Fixture Engineering

RF::GUARD
Accelerate fixture development.

From engineering effort to engineering automation.

RF::GUARD supports fixture engineering workflows by automating repetitive design tasks and enabling faster creation of production-ready fixture concepts.

Fixture EngineeringEngineering AutomationCatia IntegrationProduction Planning
Request Demo Explore Features
RF::GUARD automated fixture engineering

RF::GUARD

Engineering support for fixture development.

Fixture development often involves repetitive engineering tasks, standardized components and recurring design patterns.

RF::GUARD is designed to reduce engineering effort by supporting the automated creation of fixture concepts and engineering structures. By automating repetitive tasks, engineering teams can focus on validation, optimization and project execution.

Why Automation Matters

Reduce repetitive engineering effort.

01

Standardization

Apply consistent engineering rules and reusable structures across fixture projects.

02

Repeatability

Support repeatable design processes for recurring fixture development tasks.

03

Engineering Efficiency

Reduce time spent on manual, repetitive engineering work.

04

Reduced Manual Work

Automate recurring design steps that follow defined engineering logic.

05

Faster Project Execution

Accelerate fixture concept creation and project preparation.

06

Consistent Results

Maintain design consistency across fixture engineering workflows.

Key Features

Fixture engineering automation within RF::SUITE.

01

Automated Fixture Creation

Support the automated generation of fixture concepts based on defined engineering requirements and rules.

02

Standardized Engineering Rules

Apply consistent engineering logic across fixture development workflows.

03

Catia-Based Integration

Work within the native Catia environment and existing engineering workflows.

04

Engineering Reuse

Reuse standardized components, templates and engineering structures across projects.

05

Configurable Design Logic

Configure design parameters and engineering rules for different fixture requirements.

06

RF::SUITE Integration

Connect fixture engineering with simulation, validation, analysis and training workflows across RF::SUITE.

Inside RF::GUARD

From parameters.
To production-ready fixture concepts.

RF::GUARD automates repetitive fixture engineering tasks ??? supporting standardized design logic, Catia-based workflows and connected engineering across RF::SUITE.

01

Fixture Concepts

Generate fixture structures and engineering concepts based on defined requirements and standardized design patterns.

  • Fixture Structures
  • Engineering Templates
  • Standard Components
  • Concept Generation
  • Engineering Rules
  • Design Consistency
02

Automation Logic

Apply reusable engineering rules and configurable parameters to automate recurring design processes.

  • Engineering Rules
  • Reusable Logic
  • Configuration Parameters
  • Standard Processes
  • Design Automation
  • Reduced Manual Work
03

Catia Integration

Work within the native Catia environment to maintain engineering continuity and existing project workflows.

  • Native Catia Environment
  • Existing Workflows
  • Engineering Continuity
  • Design Data Access
  • CAD Context
  • Project Integration
04

Engineering Efficiency

Reduce design time and rework through standardized processes and faster design iterations.

  • Reduced Design Time
  • Faster Iterations
  • Standardization
  • Consistent Results
  • Reduced Rework
  • Process Optimization
05

RF::SUITE Integration

Connect fixture engineering with simulation, validation, analysis and training workflows across RF::SUITE.

  • RF::YAMS
  • RF::ViPer
  • RF::RobSim
  • RF::SCOUT
  • RF::EdDi
  • Connected Engineering

Engineering Workflow

From parameters to fixture concepts.

01Define Requirements

Specify fixture requirements, constraints and engineering parameters for the project.

02Apply Engineering Rules

Use standardized engineering rules and configurable design logic.

03Generate Fixture Concepts

Automate the creation of fixture concepts and engineering structures.

04Review and Validate

Review generated concepts and validate engineering results before implementation.

05Prepare for Implementation

Prepare validated fixture concepts for further engineering and production planning.

Application Areas

Where RF::GUARD supports fixture engineering.

01

Body Shop Fixtures

02

Welding Fixtures

03

Assembly Fixtures

04

Production Equipment

05

Automotive Manufacturing

06

Engineering Standardization

Benefits

Engineering outcomes for fixture development.

Reduced Engineering Effort

Spend less time on repetitive manual design tasks.

Faster Fixture Development

Accelerate the creation of fixture concepts and engineering structures.

Consistent Design Quality

Maintain consistent results through standardized engineering rules.

Improved Standardization

Apply reusable components and engineering logic across projects.

Reduced Repetitive Work

Automate recurring design patterns and manual engineering steps.

Scalable Engineering Processes

Support scalable fixture engineering workflows across teams and projects.

RF::SUITE Integration

RF::GUARD extends RF::SUITE into engineering automation.

As the fixture engineering module of RF::SUITE, RF::GUARD connects automated fixture development with simulation, validation, analysis and training workflows across the production lifecycle.

Simulation

RF::YAMS

3D simulation and process visualization.

Process Logic

RF::ViPer

Virtual periphery and PLC logic simulation.

Robot Validation

RF::RobSim

Robot program validation and cell layout review.

Analysis

RF::SCOUT

Production analysis and optimization support.

Training

RF::EdDi

Virtual training based on validated project data.

Engineering Automation

RF::GUARD

Automated fixture engineering and design automation.

Downloads / Resources

Resources for RF::GUARD

Overview

Product Overview

Introduction to RF::GUARD and its role in automated fixture engineering within RF::SUITE.

Download PDF
Concept

Engineering Concept

How engineering automation supports fixture development, standardization and design efficiency.

Request Document
RF::SUITE

RF::SUITE Übersicht

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

RF::SUITE entdecken

Frequently Asked Questions

Questions about RF::GUARD.

What is RF::GUARD?

RF::GUARD is the fixture engineering module of RF::SUITE. It is designed to automate and accelerate fixture development processes by reducing repetitive engineering effort and supporting faster creation of production-ready fixture concepts.

How does RF::GUARD support fixture engineering?

RF::GUARD supports fixture engineering by automating repetitive design tasks, applying standardized engineering rules and enabling the automated creation of fixture concepts and engineering structures within existing workflows.

Can RF::GUARD reduce repetitive engineering tasks?

Yes. RF::GUARD is designed to reduce repetitive manual engineering work by applying reusable engineering logic, standardized components and configurable design automation for recurring fixture development patterns.

How does RF::GUARD integrate with Catia?

RF::GUARD integrates with the native Catia environment, supporting existing engineering workflows, design data access and project continuity within the CAD context used by fixture engineering teams.

Who benefits from RF::GUARD?

Fixture designers, mechanical engineers, body shop engineers, production engineers, manufacturing engineers, automotive OEMs and plant engineering teams benefit from reduced engineering effort and faster fixture development.

How does RF::GUARD fit into RF::SUITE?

RF::GUARD extends RF::SUITE into engineering automation ??? connecting fixture engineering with simulation, virtual commissioning, robot validation, analysis and training workflows provided by RF::YAMS, RF::ViPer, RF::RobSim, RF::SCOUT and RF::EdDi.

Get Started

Accelerate engineering without sacrificing quality.

Use RF::GUARD to automate repetitive engineering tasks and support efficient fixture development workflows.

Request Demo Contact EKS InTec

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