Simulation Platform Improves Factory Planning

[Cengiz Özemli]

## Simulation Platform Enhances Factory Planning

Visual Components has launched Visual Components 5.0, the latest version of its 3D manufacturing simulation and robot offline programming software. The new release provides an enhanced integrated digital environment for factory planning and the optimization of production systems.

### Software and Features
Visual Components 5.0 combines factory layout design, process simulation, robot programming, and virtual commissioning functionalities into a single platform. This allows manufacturers to test their production processes in a digital environment before implementing them in physical facilities.

### Integrated Digital Factory Planning
Manufacturers are increasingly using digital simulation tools to plan and optimize their production systems as supply chains change and automation investments grow. Visual Components 5.0 offers the ability to model factory layouts, evaluate production scenarios, and validate automation strategies.

The platform supports process simulation and virtual commissioning, enabling engineers to verify the interaction of machines, robots, and control systems before equipment is installed. Early detection of potential issues during the design phase reduces implementation risks and shortens commissioning times.

### Extended Connectivity and Performance Improvements
The new version provides broader integration with industrial hardware and control systems. Visual Components 5.0 supports Denso, Yamaha, Techman, and Mitsubishi robot controllers, as well as LS Electric PLCs.

Thanks to MQTT protocol support, real-time data exchange with equipment such as automated guided vehicles (AGVs) and autonomous mobile robots (AMRs) becomes possible. Support for the modern Python 3 API facilitates scripting and customization, while collision detection and simulation performance have also been improved.

### Robot Offline Programming Automation
The software extends automation in offline programming by enabling the automatic generation of robot motion paths from CAD models. Using model-based design data and embedded product manufacturing information, robot programs can be developed early in the project lifecycle without the need for physical robot hardware.

The platform supports programming for various robot brands with built-in post-processors, allowing for scalability across different robot systems. Additionally, Fronius power source integration provides automatic job management and parameter control for welding processes.

### Supporting Industry 4.0 Manufacturing
Digital simulation tools are playing an increasingly important role in Industry 4.0 projects with the adoption of digital twins, automation technologies, and data-driven manufacturing systems. Simulation platforms enable virtual testing of factory layouts and automation workflows, increasing production efficiency while reducing implementation risks.

While virtual commissioning enhances production planning, robot offline programming also shortens installation time in automation projects. Visual Components 5.0 supports these strategies by offering a unified simulation and programming environment that connects digital models with real-world industrial systems.