EKS InTec

Collision Detection
for Industrial Automation

USE CASE

Collision Detection

Identify critical spatial conflicts in robot and automation systems before they cause real-world damage.

Analyze motion constellations

Detect critical overlaps

Prevent real-world crashes

Impact of Collision Detection

Safer commissioning

Spatial risks are resolved before hardware is stressed.

Fewer production surprises

Motion conflicts are found during planning, not during ramp-up.

Validated robot programs

Paths are checked against the real cell geometry.

Lower damage risk

Prevent costly crashes and unplanned downtime.

How it works

Collision Detection for
spatially critical motion

Collision detection analyzes motion constellations in simulated or virtual environments to find critical overlaps between robots, fixtures, tooling, and plant equipment. It highlights spatial conflicts that would be costly or dangerous in reality.

Collision risk detected
01

Evaluate

Define geometry & paths

Import cell layout, tooling, and robot trajectories.

02

Simulate

Simulate motions

Run coordinated movements and production sequences virtually.

03

Validate

Flag collisions

Identify critical overlaps with context and severity.

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Want to bring simulation
into real operation?

Let’s discuss how EKS can support your use case with connected services, simulation expertise and RF::SUITE.

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