Collaborative robots, or cobots, are infiltrating factories on a global scale. But can robots and humans really work together in harmony? We asked the experts.
According to the 2017 World Robotics Report, conducted by the International Federation of Robotics (IFR), more than 1.7 million new industrial robots will be installed in factories around the world by 2020.
Machine vision technologies for Vision Guided Robotics (VGR) have greatly enhanced the flexibility and capability of robots in many industrial applications, expanding the value of robots in markets ranging from automotive to food to pharmaceutical to warehousing/distribution/order fulfillment.
The benefits of smart cameras have made them an ideal match for a manufacturing environment. Combining a camera, processor, software and communications in one small, low-power package, smart cameras are highly integrated optical inspection tools for controlling quality and increasing productivity—required tasks in manufacturing.
New computer vision applications are obtaining maximum image quality by combining high resolution, low-flare lenses with large format, high resolution global shutter sensors.
Many of today’s popular applications are designed to run natively on the Windows platform. Accessing and controlling external hardware devices with a Windows application is often achieved by using a driver provided by the hardware supplier and activating hardware functions using an SDK.
Smart cameras have emerged as simpler alternatives to PC-based machine vision systems, and currently represent the largest and fastest growing segment of the vision market. This shift is based primarily on the evolution of CMOS imagers and digital media processing chips.
Candidates will be asked to submit a brief, written statement on what they can bring to the AIA Board, which AIA will post on the Vision Online website for the weeks leading up to the election.