EKS InTec
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Connected automation lifecycle from engineering to production optimization
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Automation Lifecycle

Move through every stage of automation with one connected approach.

Engineering → Simulation → Virtual Commissioning → Ramp-up → Monitoring & Analysis → Training →
Explore the lifecycle →
Solutions by challenge

Start with a specific application.

Explore proven use cases for testing, validation and production optimization.

Interlock CheckVerify logic and dependencies → PLC Software TestingFind issues through virtual testing → Robot ProgrammingDevelop efficient logic and motion → Collision DetectionIdentify spatial conflicts early → Cycle Time AnalysisFind bottlenecks and improve throughput → Production OptimizationTurn data into better performance →
All use cases → Talk to our team →
EKS InTec engineering and automation services
Engineering Services

Engineering

From initial planning to production-ready systems and automated engineering workflows.

Smart Engineering → Plant Engineering → Simulation & Engineering Technologies → Automated Engineering →
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Digital Innovation Services

Digital Innovation.

Build reliable virtual commissioning workflows, industrial software and reusable expertise.

Virtual Commissioning Consulting, pilot projects and project execution → Industrial Software Development Custom applications built on industrial expertise → Standards & Library Development Reusable models, standards and efficient workflows → Software Training Practical RF::SUITE training for industry standards →
Explore digital innovation → Talk to our team →
RF::SUITE software platform Tools for the Digital Factory RF::SUITE One connected platform for engineering, simulation, validation and production intelligence. Explore RF::SUITE →
Software platform

One platform.
Specialized tools.

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 →
All RF::SUITE tools →
Industrial Expertise

Industries built on
connected automation.

We combine simulation, virtual commissioning and industrial software expertise across demanding production environments.

AutomotiveProduction lines and automation systems. AerospaceComplex assembly and validation workflows. RoboticsRobot cells, paths and interactions. Machine BuildingReusable models and connected tools. ChemicalProcess simulation and transparency. PharmaValidated processes and training scenarios. IntralogisticsMaterial flow and throughput optimization. EnergyResilient and data-driven operation.
All IndustriesExplore our complete industry expertise
Industrial automation system
Cross-industry Solutions

Automation expertise across key sectors

From individual machines to complex production lines: we connect engineering, simulation and operation throughout the entire lifecycle.

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Research & Innovation

Applied research for industrial innovation.

We participate in national and international research projects focused on digital engineering, automation, artificial intelligence and sustainable production systems.

Explore all initiatives Research Overview →
01 Research Project SARESA

Resilient, sustainable and adaptable industrial production systems.

→ 02 Research Project REDRIVES

Resilient drive technologies and robust industrial production processes.

→ 03 Research Project DIGIKLEB

Digital methods for connected adhesive processes and quality assurance.

→ 04 Research Project GENIUS

Intelligent engineering methods for data-driven manufacturing systems.

→
Scientific papers, articles and project results Publication List View publications →
Company

Engineering expertise
with industrial focus

Learn more about EKS InTec, our locations, career opportunities and how to get in touch with our team.

About Who we are Locations Where to find us Career Join our team References Selected projects Contact Talk to us
EKS InTec Automation, simulation and engineering expertise.

Industry ?? Automotive

Automotive
Virtual commissioning for automotive production systems

RF::SUITE can support automotive engineering teams with simulation, virtual commissioning and production analysis ??? helping validate robot cells, PLC logic and line behavior before ramp-up.

Explore Applications Contact EKS InTec
RF::SUITE RF::YAMS RF::ViPer
Automotive ??? hero visual Image placeholder

Industry Priorities

Common priorities in Automotive

Engineering teams in this sector typically focus on predictable commissioning, transparent process behavior and scalable validation workflows.

01

Production Ramp-Up

These workflows are relevant for Automotive engineering teams prioritizing structured validation and operational readiness.

02

Robot Coordination

These workflows are relevant for Automotive engineering teams prioritizing structured validation and operational readiness.

03

Cycle Time Stability

These workflows are relevant for Automotive engineering teams prioritizing structured validation and operational readiness.

04

Standardization

These workflows are relevant for Automotive engineering teams prioritizing structured validation and operational readiness.

05

Global Rollouts

These workflows are relevant for Automotive engineering teams prioritizing structured validation and operational readiness.

06

Commissioning Efficiency

These workflows are relevant for Automotive engineering teams prioritizing structured validation and operational readiness.

RF::SUITE Fit

Where RF::SUITE fits

RF::SUITE can support simulation, virtual commissioning, training and optimization workflows across the engineering lifecycle ??? from early planning through operational improvement.

Planning

RF::YAMSRF::SUITE

Engineering

RF::YAMSRF::ViPerRF::RobSim

Virtual Commissioning

RF::ViPerRF::RobSimRF::VPM

Startup

RF::SCOUTRF::GUARDRF::VPM

Operation

RF::SCOUTRF::EdDi

Optimization

RF::SCOUT

Explore the full RF::SUITE platform ???

Typical Applications

Applications in this industry

Simulation helps teams validate concepts early. Virtual commissioning enables control logic and system behavior to be tested before hardware integration.

PLC Software Testing

Test control logic virtually before hardware integration.

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Robot Programming

Validate robot programs and motion sequences virtually.

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Collision Detection

Detect spatial conflicts before real-world damage occurs.

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Interlock Check

Validate interlocks and robot dependencies before commissioning.

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Cycle Time Analysis

Measure production sequences and identify bottlenecks.

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Production Optimization

Improve performance using process data and simulation insights.

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Industry Workflow

Typical workflow

A structured path from engineering data to operational improvement ??? supported by RF::SUITE simulation and analysis capabilities.

01Engineering Data
02Simulation Model
03Virtual Commissioning
04Production Startup
05Optimization
Automotive ??? workflow diagram Image placeholder

RF::SUITE Modules

Relevant modules

RF::SUITE can combine these modules to support industry-specific engineering and commissioning workflows.

RF::YAMS

3D simulation and process visualization for production systems.

???

RF::ViPer

Virtual periphery and PLC simulation for commissioning workflows.

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RF::RobSim

Robot simulation and motion validation in virtual cells.

???

RF::SCOUT

Production analysis, cycle time review and optimization support.

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Industry Use Cases

Use cases for Automotive

These RF::SUITE use cases are particularly relevant for teams working in Automotive environments.

Interlock Check

Validate interlocks and robot dependencies before commissioning.

PLC Software Testing

Test control logic virtually before hardware integration.

Cycle Time Analysis

Measure production sequences and identify bottlenecks.

Robot Programming

Validate robot programs and motion sequences virtually.

Operational Value

Engineering and operational impact

RF::SUITE can support measurable improvements across planning, commissioning and day-to-day operations.

Reduced commissioning risk

Virtual commissioning enables control logic and system sequences to be validated before hardware integration ??? supporting more predictable startup phases.

Greater process visibility

Simulation and analysis can make production behavior more transparent, helping teams identify constraints and improvement opportunities early.

Faster ramp-up preparation

Robot simulation and PLC testing can help automotive lines reach stable production sequences with fewer on-site trial runs.

Data-driven optimization

Cycle time analysis and production optimization tools can support continuous improvement based on measurable process data.

FAQ

Questions about this industry

How is virtual commissioning used in automotive manufacturing?

Virtual commissioning enables automotive teams to validate PLC logic, robot programs and line sequences in a digital twin before hardware is fully integrated ??? reducing on-site trial runs and ramp-up risk.

How can robot simulations reduce commissioning effort?

Robot simulation can help verify motion paths, reachability and collision-critical constellations early, so issues are resolved virtually rather than during production startup.

What role does PLC testing play in production startup?

PLC software testing in simulation allows control sequences and interlocks to be validated against a virtual plant model, supporting more predictable automotive line startup.

Can production systems be validated before hardware is available?

Yes. Simulation and virtual commissioning workflows can begin as soon as engineering data, layouts and control logic are available ??? independent of full hardware installation.

How can cycle time analysis improve throughput?

Cycle time analysis makes production sequences measurable and can help identify bottlenecks that limit automotive line throughput.

Which RF::SUITE modules are relevant for automotive?

RF::YAMS, RF::ViPer, RF::RobSim and RF::SCOUT are commonly applied for simulation, virtual commissioning and production analysis in automotive environments.

How does interlock checking support robot cells?

Interlock check workflows can validate signal dependencies and safety-related constellations between robots and peripheral equipment before real commissioning.

Explore RF::SUITE for automotive manufacturing

Discuss how simulation and virtual commissioning can support your automotive production projects.

Contact EKS InTec Explore RF::SUITE

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