The 3D Smart Sensor for Scanning Glass
Gocator® 2512 delivers high-precision 3D scanning of glass and other specular materials including polished metals and plastics. The sensor also provides exceptional performance in GD&T measurement of component assemblies with various challenging surface finishes (e.g., transparent, anti-glare, coated/uncoated, low/high contrast, UV, and glossy).
Cover Glass Assembly Inspection
Scans feature for correct height/width
Back Panel Inspection (Logo Step)
3 X Gocator® 2520 Multi-Sensor Network
GD&T Inspection
Scans mated parts for correct fit & finish
Gocator® 2512
High-speed. High-repeatability. Precision 3D data.
- Scan, measure, and control at up to 10 kHz
- 8 micron X resolution, 0.2 micron Z repeatability
- Measurement range = 6 mm
- Specular Field of view = 14.5 mm
- Ultra compact for easy integration
Optimized Optical Design
FOR HIGH-PRECISION 3D DATA ON SPECULAR TARGETS
Gocator® 2512 features an optimized optical design for robust inspection of specular targets at 8 microns X resolution, 0.2 microns Z repeatability, and speeds up to 10 kHz (including scan, measure, and control).
Specialized Laser Projection Technology FOR LOW-SENSITIVITY TO TARGET ANGLE & GREATER PERFORMANCE
Specialized laser projection technology handles a wider range of target angles, material types, and surface colors. Competing laser profilers use a collimated laser beam that does not offer the same target angle performance.
Unique 3D Scanning Capability
FOR SCANNING SPECULAR & DIFFUSE TARGETS SIMULTANEOUSLY
The sensor generates precision 3D shape data on both specular and diffuse materials simultaneously.
Wide Specular Field of View
FOR SCANNING MORE OF THE TARGET WITH FEWER SENSORS
With a wide specular FOV, engineers can achieve more with fewer sensors regardless of surface type, while minimizing system cost and complexity.Explore Gocator® 2512 in this exclusive glass and specular scanning brochure.
Discover the power of the all-new Gocator® 2512 3D laser line profiler—from specialized laser projection technology for high-precision specular scanning, to flexibility handling a variety of setups and material types.
