Category: 3D Sensor Software and Tools

With no external PC or software required, Gocator 2340 images and reports X, Y, Z Height and Clock rotation of each part and sends it to the UR5 via ASCII over EtherNET. The UR5 then picks each part in scanned order and places them into the appropriate location by stack height, 1-2-3-4. Amazing 3D tech! With no external PC or software required, Gocator 2340 images and reports X, Y, Z Height and Clock rotation of each part and sends it to the UR5 via ASCII over EtherNET. The UR5 then picks each part in scanned order and places them into the appropriate location by stack height, 1-2-3-4. Amazing 3D tech!

Dual sensor (or Buddy) systems are used to increase 3D scan coverage. In this video, a reverse buddy system is demonstrated, in which two Gocator line profile sensors are mounted next to one another in opposite orientations. Dual sensor (or Buddy) systems are used to increase 3D scan coverage. In this video, a reverse buddy system is demonstrated, in which two Gocator line profile sensors are mounted next to one another in opposite orientations. The benefit is less occlusion, in cavities for example. This video also explains how to align and calibrate the two sensors in the Gocator User Interface within the same coordinate space.

Presenting Gocator, from LMI Technologies. Our Gocator all-in-one 3D smart sensors are trusted worldwide for automated inline inspection and material optimization. Presenting Gocator, from LMI Technologies. Our Gocator all-in-one 3D smart sensors are trusted worldwide for automated inline inspection and material optimization.

These versatile sensors use a projected laser line to measure cross-sectional shapes of parts and material surfaces. Cross-sections can be collected to create 3D point clouds representing whole parts for performing robust shape, surface and volumetric measurements at inline production speed. These versatile sensors use a projected laser line to measure cross-sectional shapes of parts and material surfaces. Cross-sections can be collected to create 3D point clouds representing whole parts for performing robust shape, surface and volumetric measurements at inline production speed.

Gocator Snapshot Sensors are the first family of 3D smart sensors to combine full-field 3D point cloud acquisition using stereo structured-light (SL) with built-in 3D measurement tools for specific 3D features. These sensors are ideal for inline inspection applications where objects are momentarily stationary such as robotic inspection or pick and place. Gocator Snapshot Sensors are the first family of 3D smart sensors to combine full-field 3D point cloud acquisition using stereo structured-light (SL) with built-in 3D measurement tools for specific 3D features. These sensors are ideal for inline inspection applications where objects are momentarily stationary such as robotic inspection or pick and place.

See how a Gocator snapshot sensor is used to inspect 29 holes of an automotive part, supported by VisionSoft3D software from Total Controls. See how a Gocator snapshot sensor is used to inspect 29 holes of an automotive part, supported by VisionSoft3D software from Total Controls.

Der Emulator ist eine vollständig interaktive Simulation der Gocator Benutzeroberfläche. Jedes Szenario enthält zuvor aufgezeichnete Daten und Messwerkzeuge. Dieses Video erklärt, wie der Gocator-Emulator funktioniert. 

Der Emulator ist eine vollständig interaktive Simulation der Gocator Benutzeroberfläche. Jedes Szenario enthält zuvor aufgezeichnete Daten und Messwerkzeuge. Dieses Video erklärt, wie der Gocator-Emulator funktioniert. 

Learn about Gocator® 3D smart sensors and chroma+scan scanners used for lineal log optimization and transverse board optimization in saw and planer mills. Learn about Gocator® 3D smart sensors and chroma+scan scanners used for lineal log optimization and transverse board optimization in saw and planer mills.