Solutions
The motion layer between your cell and your robot
One engine, two entry points: integrators deploying cells, and OEMs shipping hardware that needs motion out of the box.
Deployment sequence
STEP 01
Ingest
URDF, CAD or STEP files build the robot and cell model.
STEP 02
Reconcile
Have a CAD model, STEP file or your own point-cloud scan? We reconcile it with the real floor layout.
STEP 03
Set Goals
Pick poses and task order. No waypoints, no pendant.
STEP 04
Execute
Verified trajectories stream to the controller with clearance proofs.
For system integrators
Deploy Dynamic Automation on Fixed-Bid Timelines
Your engineering talent is the constraint. The engine is the force multiplier that turns the linear cost of manual programming into a flat cost per cell.
- →Accelerated deployment. Model generation from existing engineering files.
- →Adaptive setup. Client scope changes stop being schedule risk.
- →Model reuse. Onboard a robot's collision model once — every future deployment on that arm is instant.
For robot OEMs
Launch Market-Ready Robots From Day One
You have built world-class mechanics. We supply the intelligent motion layer that proves the hardware's capability from day one.
- →Instant validation. Full range and agility, demonstrated immediately.
- →Market-ready launch. A motion stack that shortens time-to-market.
- →Peak performance. Near-time-optimal trajectories, measurable on the spec sheet.
Interfaces
| Layer | Supported today |
|---|---|
| Robot models | URDF import, auto-generated kinematics — collision model tuned once per new robot |
| Supported manipulators | Kinova Link6, Kinova Gen3, UR5e — validated on hardware; Fanuc CRX25 in simulation only |
| Perception | CAD, STEP and point-cloud import to planning primitives — in-house scanning not yet available |
| Core library | BLAST — open-source, co-maintained with Dynamium Lab |
Don't see your robot? Send us an inquiry and we'll set it up.