Maximize Machine Vision Guided Robotics (Whitepaper)

Learn the differences and advantages of 2D vs 3D vision, as well as how to select the best machine vision system for vision guided robotics.

2D vs 3D Vision: Which is right for your robotic application?

Don’t spend valuable resources on a robotic vision system before exploring which is right for your needs. Understanding benefits and limitations of different vision systems will give you the confidence to move towards the best solution for your application. From basic inspection to complex pick-and-place or random bin picking, robotic vision systems are becoming commonplace, but knowing the best solution for the job is not.

Our free white paper, Maximize Machine Vision Guided Robotics, discusses the following:

2D Vision
2D machine vision systems work by generating flat, two-dimensional maps of reflected intensity (or contrast) which is then used to direct the robot.

3D Vision
3D vision is used for any complex robotic task that needs to cope with diverse object shapes and orientations, and it can also be used to match parts with registered CAD models.

Benefits of Both Systems
Installing a vision system allows robots to react to variables in their environment and become much more productive.

Hidden Costs
You should consider additional costs and complexity hiding outside of the vision hardware: extra programming, higher-quality data or components like end-of-arm tooling.

Interested in other automation topics? View our white papers section.

About Mitsubishi Electric Automation:

Mitsubishi Electric Automation empowers innovators to create superior solutions by providing products that have unmatched levels of precision and ease of integration. We care about the success of your business; combine that with our know-how, products, and services, and you have the foundation for a trusted partnership that values quality, performance, and compatibility.

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white paper.