01 · Processes
Flows in space and time
Where waiting occurs, how machines and people are utilized and which variant of the operation is the most efficient.
throughpututilizationqueueslayout
Typical use
- Vrealmatic
- Simulation
Industrial simulation for processes, machines and people
With dynamic simulation we verify production, warehouse and logistics flows, with a virtual prototype the behaviour of a machine, and in virtual reality the training of people. All of it is built on a full-scale digital model of your operation that works with real data.
Three types of simulation
A mistake in the model costs a few clicks. A mistake in operation costs months and money.
Depending on what you need to verify, we choose one of three types of simulation. Often they are combined.
02 · Physics
Behaviour of machines and materials
How a mechanism behaves under load, on contact, with friction or on impact, before the first part is made.
contactsfrictioncables & ropesimpacts
Typical use
- Robotics and autonomous machines
- Cranes, ropes and cables
- Heavy vehicles
03 · People
Skills and safety
How a worker handles a procedure, operation or critical situation before facing it for real.
proceduresOHSoperationerror rate
Typical use
- Safety training
- Machine operation
- Emergency drills
All three types share the same foundation: a full-scale digital model that works with your data.
01 · Processes
Dynamic simulation of production, warehousing and logistics
We test changes in production, warehousing, logistics or service systems in an accurate 3D model before you make them. The model works with real data, reveals bottlenecks and shows which variant of the system is the most efficient. You avoid costly management decisions.
Where dynamic simulation helps
Benefits of dynamic simulation
What will dynamic simulation reveal?
Every change in operation costs money. Simulation shows its impact in advance, based on data, not estimates.
Digital model
What do you work with in simulations?
A simulation model captures the flow of products through the process chain in space and time. At every moment it knows the state of all products and operators. Data generated during the simulation reveal the efficiency of individual nodes of the system.
In the simulation model you compare variants in numbers, not estimates.
Linking space, data and time creates a digital model of the real system. You can run any test on it and see the consequences of every input and process. Once the model is continuously synchronised with operational data, it becomes a digital twin.
Process
How is a dynamic simulation created?
We build the model together with people who know the operation. That is the only way to get results you can trust.
Before we start
What do you need to know for a simulation with valid results?
- Process qualificationDescribed processes and flows, their inputs and consequences. Scenarios of states that can occur.
- Needs and requirementsA clear goal. Which problem you want to solve or which processes to verify.
Tools
What software do you use for simulations?
We choose the tool by the question and combine it with our own components. Always aiming for the highest benefit relative to cost.
Demonstrations of work in FlexSim (in Czech)
Full playlist
What simulation answers
Questions you should not answer by gut feeling. The model answers them with data.
Typical questions we solve with clients. Each leads to the area that answers it.
Knowledge
Publications and guides
Background material from our own work. Useful before you decide what to simulate.
Publication (CZ)
Warehouse optimization from A to Z
Tips, advice and information for warehouse optimization. How to proceed, which tools are available and what to focus on.
Publication (CZ)
Virtual prototyping
What virtual prototyping is for, what it brings, how to proceed and which tools are available.
Guide
How virtual simulations work
From data collection through 3D space and a physics engine to output for follow-up applications.
Data-driven decision making.
Test changes before you pay for them.
“Digital simulation lets you test everything virtually and avoid costly errors and delays.”
Describe what you want to change, verify or teach. We will suggest the type of simulation, the data it needs and what you can expect from the result.
