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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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Gocator® 2512 delivers high-precision 3D scanning of glass and other specular materials including polished metals and plastics.
Attendees enjoyed product demonstrations, keynote technology talks, and award presentations. Thank you to everyone who joined us!
GoMax® provides a dedicated hardware solution to accelerate any Gocator® by adding massive GPU-driven data processing power to the sensor (or sensor network)—without the need for an industrial PC.
The combination of 6.7 µm XY resolution and 0.2 µm Z repeatability makes Gocator® 3504 ideal for precision inspection of momentarily stationary small parts—in applications such as connector and pin coplanarity, wire detection, surface flatness, and stent inspection.
Gocator® 2500 laser profilers provide complete 3D inspection onboard the sensor head—including scan, measurement, and control—at blazing speeds up to 10 kHz. Blue laser and optimized optics deliver superior data quality on the challenging surfaces (e.g., dark, specular) of small electronic parts.
LMI Technologies (LMI), the global leader in 3D scanning and inspection, is pleased to announce that it has unveiled three new 3D inspection products.
For Volume Gauging of Cylinder Heads and Piston Bowls in Small to Medium-Sized Internal Combustion Engines.
Gocator 3210 provides a large field of view and measurement range, letting you perform quality inspection on multiple features with a single snapshot.