3D Sensor Intros - Part 5

Category: 3D Sensor Intros

Submitted by sgrewal on Wed, 11/03/2020 - 12:00

Learn how line FocalSpec 3D sensors leverage line confocal imaging technology to generate 3 types of data in 1 scan.

Submitted by vgermann on Thu, 22/08/2019 - 12:00
For Volume Gauging of Cylinder Heads and Piston Bowls in Small to Medium-Sized Internal Combustion Engines. For Volume Gauging of Cylinder Heads and Piston Bowls in Small to Medium-Sized Internal Combustion Engines - Gocator snapshot sensor w/ custom measurement tools - 3D non-contact measurement - Replaces traditional optical methods such as fluids, pressurized air, acoustics - Easily handles shape variation - Stereo camera minimizes occlusions
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
Introducing the industry's first all-in-one smart snapshot sensor, the Gocator 3110. Gocator 3D snapshot sensors simplify assembly feature inspection with powerful 3D visualization, built-in measurement tools, and real-time control decision capabilities so you can focus on quality results. Introducing the industry's first all-in-one smart snapshot sensor, the Gocator 3110. Gocator 3D snapshot sensors simplify assembly feature inspection with powerful 3D visualization, built-in measurement tools, and real-time control decision capabilities so you can focus on quality results.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
A short video showcasing LMI's newest 3D scanning and inspection solution designed for small parts inspection. A short video showcasing LMI's newest 3D scanning and inspection solution designed for small parts inspection.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
At LMI Technologies we work to advance 3D measurement with smart sensor technology. At LMI Technologies we work to advance 3D measurement with smart sensor technology. Our award-winning, FactorySmartâ„¢ 3D sensors improve the quality and efficiency of factory production by providing fast, accurate, reliable inspection solutions that leverage smart 3D technologies. Unlike contact based measurement or 2D vision, our product removes complexity and dramatically reduces implementation cost.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
Gocator 3210 provides a large field of view and measurement range, letting you perform quality inspection on multiple features with a single snapshot. Gocator 3210 provides a large field of view and measurement range, letting you perform quality inspection on multiple features with a single snapshot. This all-in-one smart snapshot sensor offers high resolution for accurate measurements down to 35 μm using a stereo camera and an industrial projector to deliver long lifetime and uniform lighting throughout the measurement volume.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
Gocator 3506 is the highest-resolution 3D snapshot sensor on the market. Its resolution and repeatability make it ideal for the accurate inspection of small parts such as electronic components. Gocator 3506 is the highest-resolution 3D snapshot sensor on the market. Its resolution and repeatability make it ideal for the accurate inspection of small parts such as electronic components. An excellent solution for inline factory automation, this all-in-one smart snapshot sensor offers high resolution for accurate measurements down to 12μm using a stereo camera and an industrial projector to deliver long lifetime and uniform lighting within the measurement volume.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
Ideal for contour feature inspection or closed-loop feedback systems, these high-speed (32 kHz) single point measurement devices are capable of rapid profiling along the direction of part travel or inspecting displacement in a fast moving inline process. G1 sensors are typically used for measuring object dimensions such as thickness, height, and surface roughness. Ideal for contour feature inspection or closed-loop feedback systems, these high-speed (32 kHz) single point measurement devices are capable of rapid profiling along the direction of part travel or inspecting displacement in a fast moving inline process. G1 sensors are typically used for measuring object dimensions such as thickness, height, and surface roughness.