Solutions
Robotic workcells engineered as complete systems.
EON integrates the robot, end effector, cameras, fixtures, local safety, AI runtime, facility systems, and operational software required to perform a defined task.
Design a Workcell PilotWorkcell anatomy.
Robot
End effector / tooling
External cameras
Optional wrist camera
Edge gateway
Local safety controller
AI policy runtime
Customer-system connector
EON operations layer
Task categories.
PackingSortingKittingInspectionMaterial transferMachine tendingParts presentationRepetitive scanningBasic laboratory handling
Workcell selection.
The correct configuration depends on the task, environment, and operational constraints.
| Factor | Consideration |
|---|---|
| Task variability | How much does the task change between cycles? |
| Payload | What is the weight and geometry of handled objects? |
| Reach | What workspace must the robot cover? |
| Cycle time | What throughput is required? |
| Object consistency | Are objects uniform or highly variable? |
| Human proximity | Do people work near the active workcell? |
| Environmental constraints | Dust, moisture, temperature, lighting |
| Required precision | What tolerance must be maintained? |
Local safety.
Motion limits, emergency stops, safe zones, guarding, and local validation remain independent of cloud AI. Every deployment defines its network-loss behavior before production.
Safety controller: NormalExplore Safety & Assurance