Gocator® 2500 high-speed 3D laser profile sensors provide complete 3D inspection from onboard the sensor head (including scan, measurement, and control)—at blazing speeds up to 10 kHz. Blue laser and advanced optics deliver superior data quality on micro-features and challenging material surfaces (e.g., dark, specular).
Gocator® 2510
Blazing speed. Highest-resolution in the G2500 Series.
Scan, measure, and control at up to 10 kHz
Up to 8 micron X resolution, 0.2 micron Z repeatability
Measurement range = 6 mm
Field of view (diffuse) = 13 – 14.5 mm
Ultra compact for easy system integration
Gocator® 2512
Engineered for high-speed, high-resolution glass scanning.
Scan, measure, and control at up to 10 kHz
Up to 8 micron X resolution, 0.2 micron Z repeatability
Measurement range = 6 mm
Field of view (diffuse & specular) = 13 – 14.5 mm
Ultra compact for easy integration
Gocator® 2520
Blazing Speed. High resolution. Up to 32.5 mm FOV.
Scan, measure, and control at up to 10 kHz
Up to 13 micron X resolution, 0.4 micron Z repeatability
Measurement range = 25 mm
Field of view (diffuse) = 25 – 32.5 mm
Ultra compact for easy system integration
Gocator® 2522
Engineered for high-speed, wider FOV glass scanning.
Scan, measure, and control at up to 10 kHz
Up to 13 micron X resolution, 0.4 micron Z repeatability
Measurement range = 25 mm
Field of view (diffuse) = 25 – 32.5 mm, (specular) = 25 mm
Specialized precision glass/reflective surface scanning at wider fields of view
Gocator® 2530
Blazing Speed. Up to 100 mm FOV.
Scan, measure, and control at up to 10 kHz
Up to 28 micron X resolution, 0.5 micron Z repeatability
Measurement range = 80 mm
Field of view (diffuse) = 48 – 100 mm
Ultra compact for easy system integration
Gocator® 2540
Blazing Speed. Up to 292 mm FOV.
Scan, measure, and control at up to 10 kHz
Up to 64 micron X resolution, 1.2 micron Z repeatability
Measurement range = 295 mm
Field of view (diffuse) = 120.0 – 292.0 mm
Gocator® 2550
Blazing Speed. Up to 518 mm FOV.
Scan, measure, and control at up to 10 kHz
Up to 80 micron X resolution, 2.0 micron Z repeatability