High XY resolutions. Larger scan volume.
Gocator 3520 is the latest addition to our 5-megapixel stereo snapshot series—featuring an extended field of view and the same high XY resolutions and short exposure times required to achieve fast, metrology-grade scanning and inspection.
The 3520 sensor delivers smart 3D snapshot scanning and inspection into many new applications including robot-driven quality control and stop-and-go part verification.
Gocator 3520
High XY Resolutions. Larger Scan Volume.
-
Scan, measure, and control at 3 Hz with PC or GoMax accelerator
-
179 x 115 - 282 x 175 mm field of view (FOV)
-
XY resolution = 0.074 - 0.121 mm
-
Z repeatability = 4.6 microns
-
Measurement Range (MR) = 150 mm
- Clearance Distance (CD) = 203 mm
- Combination of high resolution, larger FOV, and brighter projection output ideal for 3D inspection in robot-driven quality control and stop/go part verification
Metrology-Grade Performance. Inline Inspection Ready.
Easy Robot Integration
FOR FLEXIBLE INSPECTION AND PICK-AND-PLACE APPLICATIONS
Easy robot integration allows you to immediately install the sensor on a robot arm and perform hand-to-eye calibration. Larger fields of view and shorter clearance distances allow users to minimize the travel distances of the robot arm, increasing overall inspection coverage as a result. This design also offers a greater range of robot movement to support various scan angles.
Built-In Hardware Acceleration
For Faster Data Processing
In addition to their powerful scanning engines, every Gocator high-resolution structured light 3D snapshot sensor comes with next-generation dual-core controllers, which significantly increase onboard processing speed to match inline production speed.
Stereo Camera Design
For Minimizing Occlusions
The sensor’s 5-megapixel stereo camera design maximizes data capture by triangulating three ways to minimize occlusion.
High Intensity LED Projector
FOR SHORT EXPOSURE TIMES AND FAST SCAN RATES
Gocator 3520’s high-intensity LED projector delivers the short exposure times and fast scan rates required to generate high quality scans with minimal motion blur caused by target vibration or movement jitter.
