About fe.screen-sim
Virtual Commissioning
From Practice – for Practice
fe.screen-sim is a high-quality product from F.EE, a leading German company specializing in production and automation technology. With over 40 years of experience across four specialized business divisions, F.EE develops cutting-edge, practical industrial software and is recognized as one of Bavaria’s Digital Champions.
With fe.screen-sim, F.EE has developed premier 3D simulation software based on extensive industrial expertise. This high-performance solution is used, among others, by international automotive manufacturers, mechanical engineers, automation specialists and logistics companies worldwide for efficient simulation, layout planning, and virtual commissioning.
3d simulation
Top performance and reliability
With fe.screen-sim the industrial IT business unit of the automation specialist F.EE has established a 3D simulation software in the sector that enables simulation, planning and virtual commissioning for complex conveyance engineering systems as well as mechanical engineering, robotics and logistics.
High-Performance 3D Simulation
Simulate large-scale industrial plants with multiple controllers and detailed CAD data smoothly. fe.screen-sim is designed for industrial use and offers excellent performance and high scalability.
Cross-Technology Integration
A versatile platform to integrate various technologies such as robotics, automated guided vehicles, or classic conveyor technology into a single simulation model for comprehensive engineering.
Open Interfaces
Benefit from cross-vendor compatibility and numerous interfaces to controllers and robot systems. Expand your capabilities individually via the integrated API and SDK.
High-Performance 3D Simulation
Simulate large-scale industrial plants with multiple controllers and detailed CAD data smoothly. fe.screen-sim is designed for industrial use and offers excellent performance and high scalability.
Cross-Technology Integration
A versatile platform to integrate various technologies such as robotics, automated guided vehicles, or classic conveyor technology into a single simulation model for comprehensive engineering.
Open Interfaces
Benefit from cross-vendor compatibility and numerous interfaces to controllers and robot systems. Expand your capabilities individually via the integrated API and SDK.
AI Coupling via MCP
Connect fe.screen-sim directly to modern AI systems. The integrated MCP interface enables new possibilities in simulation generation, analysis, and faster troubleshooting.
Non-stop Multi-User Simulation
Enable multiple users to work simultaneously on the exact same digital twin from any location. This ensures concurrent engineering without disruptive switching between editing and simulation.
Virtual Reality (VR)
Experience your plants realistically before the physical assembly begins. Immerse yourself virtually in the digital twin to optimize layout planning and conduct risk-free system training.
AI Coupling via MCP
Connect fe.screen-sim directly to modern AI systems. The integrated MCP interface enables new possibilities in simulation generation, analysis, and faster troubleshooting.
Non-stop Multi-User Simulation
Enable multiple users to work simultaneously on the exact same digital twin from any location. This ensures concurrent engineering without disruptive switching between editing and simulation.
Virtual Reality (VR)
Experience your plants realistically before the physical assembly begins. Immerse yourself virtually in the digital twin to optimize layout planning and conduct risk-free system training.
digital twin software
How to simulate your plant efficiently
based on CAD and PLC data.
With fe.screen-sim, you can test, program, and optimize all processes in real time, long before the system is built. This high-performance, modular engineering tool minimizes risks, cuts development costs, and significantly shortens commissioning times. The result is seamless virtualization at the touch of a button, drawing directly from industrial practice for future-proof automation.
See how companies in the automotive, logistics, and manufacturing sectors are successfully deploying digital twins and how fe.screen-sim can accelerate your project and advance your digitalization process.
comparison
Traditional Commissioning VS Virtual Commissioning
Traditional commissioning
Conventional commissioning can be very costly and time-consuming. Especially when things do not run as planned. Errors in the software are often only discovered in the very late phase of commissioning. Troubleshooting then costs considerably more time, which, moreover, has not been taken into account in advance. The project comes to a standstill, which causes additional personnel costs.
Virtual commissioning
By modeling in the early design phase, PLC programmers secure their control code. The data can be conveniently entered via editor or imported from CAD programs. In this way, the plant or machine can be quickly modeled and tested in real time. The subsequent commissioning time is reduced by 15 to 30 percent. Customer satisfaction is correspondingly high.
fe.screen-sim software structure
Highly Flexible and Scalable Architecture
To ensure maximum flexibility, fe.screen-sim is based on a modular software structure. The central basis is the "Core," to which all clients, interfaces, and applications connect. The functions on the clients and the interfaces on the core can be expanded individually and as needed. This allows you to scale flexibly by starting with only the features you currently need, while floating licenses ensure full cost transparency when adding new modules. It provides a highly adaptable foundation that grows with your requirements and secures your digital engineering workflow for the future.