EUREKA AI Vision System™

3D AI Vision Solution for Industrial & Collaborative Robots

Eureka AI Vision System™ is a next-generation 3D AI vision solution that expands the capabilities of industrial and collaborative robots. It enables applications that were previously challenging with conventional vision systems, such as 3D random bin picking, precise pick and place, and quality inspection.

EUREKA AI Vision System detecting metal parts in a bin for robotic bin picking

Why Eureka?

Flexible setup — with or without CAD data

With Eureka’s AI-powered 3D Camera and Controller, the system automatically identifies object shapes and gripping points—no CAD data or extensive training needed. Even with mixed and unfamiliar SKUs, picking can start within hours.

High-Precision Picking, Even for the Toughest Objects

Accurately picks glossy, semi-transparent, thin, or complex-shaped objects that challenge conventional vision systems. Achieves sub-millimeter precision for high-accuracy applications like telecom components and micro parts.

Fast deployment and seamless integration into existing automation cells

The Eureka AI Vision System is fully integrated, with a straightforward calibration process that gets your system up and running quickly. Most bin picking and pick & place applications can be up and running in an afternoon, significantly reducing time to production.

Compatible with major robots, PLCs, and automation devices

Connects with leading robot brands including DENSO, YAMAHA, FANUC, ABB, KUKA, Yaskawa, and Universal Robots, as well as major PLCs, force sensors, and other devices — covering the communication protocols required for complete automation cell integration.

Eureka AI Vision System Controller unit for industrial robot vision processing
Eureka Controller
Eureka AI Vision System 3D Camera for high-precision robot bin picking
Eureka 3D Camera

Application Use Cases

3D Random Bin Picking

2D Random Picking of Telecom Components

EUREKA’s AI 3D vision system automatically identifies and picks randomly oriented, unstructured parts without pre-registered CAD models or extensive offline training.

Achieves sub-millimeter accuracy for high-precision picking of small, complex telecom components and micro-parts in automated assembly lines.

Partners

Your contact person

Alexander Lenzen

North-East Germany, International

Your contact person

Heiko Bulik

South Germany and Switzerland