Component Assembly Inspection

COMPONENT ASSEMBLY INSPECTION

VERIFY CORRECT ADHESION, FASTENING, GAP & FLUSH, AND
MORE

Smart 3D Robot Vision with Gocator®

Gocator® 3D snapshot sensors are certified for integration with UR3, UR5, UR10, and UR e-series robots—providing robot vision-guidance, quality control inspection, and automated assembly with smart pick-and-place.

Read the full inspection story.

With detailed application illustrations and industry insights on how Gocator® 3D smart sensors are used to solve specific inline inspection applications.

GET THE FACTORYSMART^® ADVANTAGE

HIGH FACTORY IQ. DESIGNED FOR INLINE.

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Factory Reality:
No Out-of-the-Box Measurement Tool Solves your Application

Gocator Solution:
Sensor Customization with Gocator Development Kit (GDK)

Develop and embed your own custom measurement tools and make specialized measurements for applications with unique requirements, while protecting your IP.
Produce optimized custom firmware builds that run within the real-time OS of the Gocator.
Use custom solutions on a variety of different sensors, all on a single platform.

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Factory Reality:
Need Vision-Guidance or Flexible Measurement for Robotic Systems

Gocator Solution:
Robot-Friendly Hardware + Software

Gocator 3D smart sensors allow a robot to sense variations in its physical environment and adapt accordingly, increasing flexibility, utility, and speed in essential applications such as pick-and-place.
Gocator also provides built-in scan, measurement, and control features for a wide range of robotic inspection applications.

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Factory Reality:
No Time or Resources to Create and Deploy Your Own Measurement Tools

Gocator Solution:
Built-in Measurement Tools

Make 3D measurement reliable, repeatable and easy.

No need to send 3D point cloud data to 3rd party software.

Tools include Gap & Flush, Countersunk Hole, Surface Edge Detection, Surface Plane, and 3D Height Map with 2D Intensity Data, and more.

WHY YOU NEED 3D – EASILY INSPECT LOW CONTRAST OBJECTS

Unlike 2D intensity imaging, 3D is contrast invariant. This means shape is measured regardless of surface color––making 3D ideal for measuring low contrast objects. In addition, with 3D you don’t have to worry about ambient lighting or shadows affecting your scan results.