VGA laser line profilers
Low cost, entry-level 3D sensors for basic applications
1MP laser line profilers
Workhorse 3D sensors for a wide variety of applications
2MP laser line profilers
Ultra-high resolution 3D sensors for advanced applications
High-speed, ultra compact 3D line profilers
Onboard scan, measure, and control at up to 10 kHz
Dual triangulation laser line profiler
Binocular sensor for scanning large objects
2MP stereo snapshot sensors
Large FOV for inspecting large parts/features
Robot-ready for inspection and vision-guidance
5MP stereo snapshot sensors
HIgh XY resolution for inspecting small parts/features
Robot-ready for inspection and vision-guidance
Plug-and-play sensor acceleration for faster cycle times
Adds massive data processing power to any Gocator®––no PC required
Gocator point profile sensors are designed for closed loop control and monitoring high speed motion behaviour.
Gocator line profile sensors use a projected laser line to measure cross-sectional 3D geometry of parts and material surfaces.
Gocator Snapshot Sensors provide full-field 3D point cloud acquisition for start/stop inline inspection applications such as flexible robotic inspection and pick-and-place.
Multi-point profile scanners project and image multiple laser spots from a single package, which provides multiple discrete profiles as the target moves past the scanner.
Blue laser 3D line profile sensors use a projected laser line to measure the cross-sectional 3D geometry of small parts and challenging material surfaces (e.g. highly specular).
Dual triangulation line profile sensors have two cameras to eliminate occlusions and generate complete surface scans of large objects.
Vision acceleration leverages massive GPU-driven compute power to take over a portion of the sensor's data processing and speed up inspection.
WHEN: November 27-29, 2018
WHERE: Nuremberg, Germany
EXHIBITOR: LMI Technologies
PRODUCT(S): Gocator
BOOTH: #10.1-311
WHEN: December 5-7, 2018
WHERE: Yokohama, Japan
EXHIBITOR: LINX CORP
PRODUCT(S): Gocator
BOOTH: TBD
