When workers are located in different regions or countries, it can be difficult to provide on-site support and training. Vuzix AR glasses can provide real-time guidance from remote experts, enabling workers to perform complex tasks without the need for on-site support.
Balti Virtual recently piloted an immersive training experience for The Army, which replaced a slide deck and video. The result was a gamified training experience that created more engagement and better retention than traditional methods.
There is very little new to witness at MODEX 2020 regarding pick-to-light or voice-picking. The same vendors in these product categories have been selling the same products for a decade or more. The good news is that pick-by-vision has arrived.
Some people confuse AR with virtual reality. Virtual reality (VR) is a complete immersive experience that shuts out the real world. Augmented reality superimposes a computer generated (CGI) video onto a camera captured video.
Recently, the manufacturing sector has discovered the potential of AR and VR in cutting costs and increasing safety and productivity. But what exactly are the applications of this revolutionary technologies in the factory?
AR is one of many tools GE is applying to fulfill its vision of the digital "Brilliant Factory." Last week the company announced plans to train workers for the arrival of 3D printing, big data, robotics, digital and lean manufacturing, and other advanced technologies on the factory floor.
In manufacturing, a MR system can indicate the name and attribution of parts by displaying virtual labels overlaying the objects. The system can guide an assembler, showing virtual arrows as to where the part goes into an assembly.
The most effective applications of AR technology are designed to error-proof and streamline manual assembly and manufacturing processes, utilizing a combination of industrial strength projection technology and sophisticated software to present an intuitive and interactive visual guide.
Addressing all six degrees of freedom means that hexapods can provide linear motion in X, Y, Z as well as rotary motion in Theta-X, -Y, -Z (pitch, yaw, roll) a very useful feature for precision alignment and positioning in optics, photonics, aerospace engineering, automation, and life sciences applications.