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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.
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This short video shows how easy it is to set up a profile measurement with a Gocator 3D smart sensor.
An introduction to the GoX using a 3110 snapshot sensor. Learn how GoX is used to decrease cycle times by offloading data processing to a PC for added processing speed and memory capacity.
An introduction to the industry first GDK for firmware customization. Learn how to download and use the GDK to develop and write your own custom measurement algorithms in the Gocator Firmware itself.
An introduction to our “virtual Gocator” experience. Learn how to simulate a scenario from a real sensor using pre-recorded data, or load your own recorded data to the Emulator.
In addition to producing single value measurement results, tools now output points and lines “features”. Features can be fed to Feature tools that can produce geometric measurements that previously required scripts or other solutions.
Feature tools take features as inputs and produce measurements based on more complicated geometry calculations. An in-depth look at the Feature Intersection Tool and Feature Dimension Tool.
In Gocator, regions of interest (ROI) have always been able to track the horizontal or vertical movement of a part using X, Y or Z anchoring. Now, regions can also track the angular movement of a part using angle anchoring. This means that your ROIs can now track part rotation and achieve higher repeatability as a result.
Gocator supports many sensors in a network with expanded built-in support to assign multiple buddy sensors in a flexible layout and create a single, dense 3D point cloud ready for measurement.
Introducing the robot integration plug-in with Universal Robots. The URCap lets you easily perform hand-eye calibration between the sensor and the robot and provides programming nodes that make it simple to connect to the sensor, load a job on the sensor, and trigger scans.