Less setup between you and the idea.
Describe the mechanism and task. Let AI help configure physics, connect components, and write the sequence. Inspect the setup and refine it.
Geometry → behaviorAgentic industrial digital twins.
From CAD to a
working simulation.
In minutes.
Your assembly already has the geometry. Bring it to life with
physics, motors, robot controllers, and AI-assisted engineering.
For system integrators, robotics engineers, and machine builders.
Import your geometryBuild the behavior with AIRun & share the simulation
01 / From static to working
A CAD model shows the design.
A simulation shows how it works.
Getting from one to the other takes joints, drives, sensors, and control logic. Simtekton gives your team an AI-assisted way to build that behavior—and share the result.
A conversation beyond the recording.
A fixed camera can only answer so much. Give clients a link they can rotate, zoom, and run in their browser, without simulation software.
Recording → interactive reviewKeep the engineering work.
Carry the configured physics, kinematics, and sequence logic from the proposal into post-sale engineering review and commissioning preparation.
Proposal → reusable baseline02 / The simulation underneath
Simulate the machine.
Every moving part.
Build the mechanics, movement, and control behavior behind your concept. Explore what happens when the parts interact.
01
Rigid-body physics
Give geometry physical behavior. Explore mass, gravity, contact, friction, and constraints across the assembly.
Dynamic bodies / Colliders / Mechanical joints02
Motors & actuators
Define how axes accelerate, move, and stop. Configure linear and rotary drives, then inspect the simulated feedback.
Position / Velocity / Force control03
Robot controllers
Build programs around the tool frame. Solve poses with inverse kinematics and run joint and linear movements.
URDF / TCP targets / Motion sequences04
Sensors & I/O
Make the process respond. Connect part detection to motor commands, gripper actions, and sequenced behavior.
Sensing / Suction gripping / Typed signals05
AI-assisted engineering
Describe the task. Let the agent configure components and write behavior, while you review and edit the implementation.
Built-in IDE / TypeScript / Runtime checks06
Browser-native sharing
Bring a working concept into the conversation. Share an interactive link or embed with clients and stakeholders.
Interactive views / Playback / Public embeds03 / Application studies
A single robot.
An entire process.
Explore where the same physics, motors, robot controllers, and behavioral components could take your next automation concept.
Showing 6 concept examples
Concept example01
Robotic welding
Tool orientation, fixture access, and a sequence built around the workpiece.
Illustrative layout · Working demo coming later
Concept example02
Robot pick & place
A robot, a gripper, and a conveyor working as one process.
Illustrative layout · Working demo coming later
Concept example03
Digital twins
A virtual model of the equipment, its mechanics, and its intended behavior.
Illustrative layout · Working demo coming later
Concept example04
Industrial automation
Motor-driven mechanisms, sensing, and the logic that connects them.
Illustrative layout · Working demo coming later
Concept example05
Robot motion planning
TCP targets, joint motion, and trajectories through the workspace.
Illustrative layout · Working demo coming later
Concept example06
Virtual factory
Explore the connections between individual cells and a production layout.
Illustrative layout · Working demo coming laterThe gallery shows concept applications. Explore the available interactive product demo ↗
04 / Build it with AI
From CAD assembly to a
tested proposal—and beyond.
Import the assembly.
Bring in the equipment, tooling, and layout. Start with CAD geometry and a robot description to retain its links and joints.
GLB / glTF geometry · URDF with companion meshesDescribe the task.
Ask AI to add physics, configure motors, attach the tooling, and write sensor-driven behavior. Review the components and generated code.
AI-assisted setup · Editable implementationShare & execute.
Send a client-ready interactive link. Hand the configured model to your engineering team and continue testing it as you prepare for commissioning.
Browser link · Reusable engineering modelGive the agent an engineering task.
“Attach a suction gripper to this robot. When the sensor detects a part, pick it up, move it to the output conveyor, and release it.”
Example request. Review the setup, code, and simulated behavior in the built-in IDE.
05 / The real product
Open the model.
Explore the process.
Try an existing Simtekton simulation. Control the viewpoint, run the scene, and share the same demo with a colleague.
Rotate the view. Run the process. Explore the concept.
Open demoSimulation results depend on the model, component configuration, and control logic. Use them to test assumptions and compare concepts before physical commissioning.
Built for the engineers
behind the proposal.
Simtekton brings physics-based simulation, robot and motor control, and AI-assisted engineering into the browser. For the application engineer shaping a concept. The robotics engineer working through a sequence. And the client who needs to understand what comes next.