What can be evaluated through factory layout simulation?
Simulation can evaluate robots, tools, material handling equipment and personnel at workstation, line or plant level to help optimize equipment placement, ergonomics and material delivery.

Validate the factory before installation
Bring process plans, equipment positions, people and material movement into one factory layout. Use simulation to examine the line before physical installation.
Will the planned layout work on the factory floor?
Explore the connected disciplines within this solution, then use the project below to see a specific application.
Connect manufacturing process plans with station layouts, equipment and tooling requirements.
Simulate robots, tools, material handling and personnel at station, line or plant level.
Examine automation locations, ergonomics and material delivery before committing to the physical arrangement.
Use virtual commissioning, including HiL or SiL simulation, to examine control and mechanical-electrical interfaces.
From capability to application
Project experience Factory layout planning
This upgrade project describes an optimized layout and a 12-station interior-trim automated guided vehicle (AGV) line. It shows how layout planning and equipment decisions meet within one upgrade scope.
Go deeper
Read the detailed service description, then discuss the configuration and interfaces for your own production line.
Perform accurate impact analysis and efficient change management for factory layouts, line layouts, and equipment designs directly tied to manufacturing process plans.
Accelerate better production layouts by creating the required fixtures, tools, and equipment using a categorized parameter library integrated with manufacturing planning and factory design.
Use simulation software directly within the line planning environment to fully validate and optimize factory designs and production layouts.
Simulate operational activities at a detailed workstation, line, or plant level, including robots, tools, material handling equipment, and personnel to optimize automation and equipment locations, ergonomic requirements, material delivery strategies, and productivity.
Perform virtual commissioning of assembly lines and equipment during installation and before production begins using hardware-in-the-loop (HiL) and software-in-the-loop (SiL) simulation techniques.
Virtually validate the operation of material handling systems and production layouts using real control systems and digital twins to test control logic and interfaces between mechanical and electrical engineering.
Define the next step
Start with the information you have. These details help frame a useful engineering conversation.
Prepare your project briefA floor plan with columns, entrances, utilities, clear heights and areas that must remain operational.
Station sequence, vehicle dimensions, logistics routes and operator activities.
Where you need to examine congestion, reach, equipment interfaces or changes to an existing line.
Simulation can evaluate robots, tools, material handling equipment and personnel at workstation, line or plant level to help optimize equipment placement, ergonomics and material delivery.
Virtual commissioning uses real control systems and digital twins to test control logic and the interfaces between mechanical and electrical engineering before production begins.