- Tactical Briefs
- Collaborative Manufacturing
- Control Panel Optimization
- Embedded systems & Trends
- Embedded Vision in Manufacturing
- Energy Efficiency
- Ethernet I/O Networking
- Factory Floor Network Deployment
- Factory Floor Network Reliability
- Fieldbus I/O
- Hands-on Guide to OEE
- HMI, From the Web to the Cloud
- Industrial PCs and the IoT
- Internet of Things
- Machine Safety
- Machine Safety Standards & Strategies
- Make a lasting connection
- Mechatronics @ Work: Insight & Technology Solutions
- Opening Up Your Gateway to Asia
- Real-time Operational Intelligence (RtOI)
- Robotics in U.S. Manufacturing
- Robots & Machines in Motion
- The Future of Industrial PCs
- The power of PackML
3D Robotic Sensor
Using pattern projection based on the Kinect sensor principle used in consumer technologies such as the Xbox 360, this new robotic sensor combines two different sensor images to direct robotic gripping of objects.
June 04, 2012 | By Dave Greenfield
A cornerstone to the advancement of automation technology has been the sensor. From the deployment of increasing arrays of sensors for improved manufacturing intelligence to the development of new concepts such as the “Internet of Things,” sensors are as much at the heart of automation as the controller itself.
Like any continually developing technology, critical ideas come from a variety of sources. And so it is with a new robotic sensor that brings the capabilities of the Kinect sensor used in the Xbox 360 and other consumer devices to the industrial realm.
This new sensor, the Industrial 3D Eye from EVT (Karlsruhe, Germany), when used as part of EVT’s EyeVision system, reportedly opens up new application ranges of robot control by the combination of a depth sensor and a normal camera. Among the applications for which EVT says the new technology is particular well suited includes palletizing, de-palletizing, object recognition, and the sorting of components on an assembly line.
For example, the EyeVision system with the Industrial 3D Eye is said to enable robots to control the completeness of a palette and even gather a number of objects from one palette in order to load a new palette.
The EyeVision technology also enables a robot to access all data related to an object, such as the spatial position, size, etc. The system combination also aids in quality checking, as objects can be checked for correctness during gripping.
Communication between the EyeVision system and the robot occurs via a high-capacity library that contains the instruction sets for many conventional robots, such as those from KUKA, ABB, Stäubli and others.
All common image-processing methods are also available for the system, such as reading tasks (OCR/OCV, bar code, DMC, QR code) and measuring tasks.
David Greenfield has been covering industrial technologies, ranging from software and hardware to embedded systems, for more than 20 years. His principal areas of coverage for Automation World focus on technologies deployed for factory and process automation. Contact David at [email protected] or follow him on twitter @DJGreenfield.
Recent Blog Posts
Industrial Internet Journey Begins with Asset... | February 26, 2015
Pharmaceutical Plants in Flux | February 22, 2015
Oil and Gas Industry Looks to Operational... | February 15, 2015
Cabinet-Free Packaging Machines? | August 01, 2014
What’s Next for Packaging Machinery Automation? | September 22, 2014
E-Book Special Report
IT Delivers on Automation’s Promise
Sign up to receive timely updates from the editors at Automation World and download this FREE Special Report on the transformative power of data in manufacturing. By integrating information and automation technologies, manufacturers are finally achieving major gains in productivity from their automated systems.