AI-assisted engineering simulation in your browser

Design and simulate your automation before you build.

Bring your geometry. Configure physics, robot motion, sensors and control logic with AI, then run and share the simulation.

Build your first simulation Explore simulations
Explore the asset library

Robot motion

Configure robot motion.

Set up a robot in the editor and explore its motion in the scene.

Conveyors

Move parts through the process.

Run a conveyor and watch a workpiece travel along it.

Physics

Watch the physics play out.

See how a workpiece behaves when it reaches the end of the conveyor.

See Simtekton in action.

From an engineering task to a simulation you can run and share.

Asset library

Start with the parts you need.

Robots and conveyors, ready to configure in your simulation.

Browse all assets

From idea to confidence

Show the idea working.
Move the conversation forward.

Build a model people can understand, test and improve before the machine is built.

01

Make the proposal tangible.

Show clients the sequence in motion and let them explore the cell themselves.

02

Find issues earlier.

Try robot paths, part flow and logic before equipment arrives.

03

Try the next idea faster.

Change the layout or sequence, run it again and compare the result.

Robot and conveyors in a Simtekton simulation
One model, shared understandingExplore simulations

What you can build

From geometry to
a working process.

Explore how your equipment moves and how parts travel through the process.

Robot and motion controls in the Simtekton editor

Configure robot motion.

Set up a robot and explore its movement in the context of your layout.

Robots · Motion · Joints
A workpiece moving along a conveyor in the Simtekton editor

Watch parts move through the process.

Run the model and observe how workpieces travel and interact with equipment.

Conveyors · Workpieces · Physics

Your workflow

From first idea
to a model you can share.

Import dialog in the Simtekton editor
01 / START

Bring your geometry.

Import a layout or robot model and start with the parts you know.

GLB · glTF · URDF
Simtekton editor with the assistant ready for a task
02 / BUILD

Describe the task.

Ask the assistant to help configure the scene and write the behavior. You can inspect and edit it.

AI-assisted · Editable
Robot and conveyors in the Simtekton viewer
03 / SHARE

Run it together.

Check the sequence, refine the idea and share an interactive view with your team or client.

Simulate · Iterate · Share

An example task

Tell the assistant what you want to build.

Review the setup and code before you run it.

About Simtekton

Better ideas deserve
more than a drawing.

Simtekton brings simulation and AI-assisted engineering into your browser, so your team can show how an automation concept works.

From the first proposal to engineering review, explore the motion, test the sequence and share a model everyone can understand.

Explore simulations

Before you build.

What can I import?

Start with GLB or glTF geometry, or a URDF robot description with its companion meshes. Export your CAD assembly to a supported format before importing.

What does the AI build?

The assistant can configure simulation components and write TypeScript behavior. Review and edit the components and code, then run the model to check the result.

Can someone review my simulation in a browser?

Share an interactive viewer link or embed. Reviewers can explore the model and play the simulation without installing the editor. The examples above show that viewer.

Does simulation replace physical commissioning?

Use the model to explore mechanisms, test sequence logic, and compare concepts. Results depend on your geometry, physical parameters, and control logic; hardware validation and commissioning are still needed.

Start with your geometry and a task.

Build your first
working simulation.

Build your first simulation Explore simulations