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AR and VR are changing the landscape behind manufacturing and Production processes

There are some of the most prominent uses for augmented and virtual reality in the manufacturing sector. Let’s discover how these can add value to the business?

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Preventing accidents and disruptions

VR can help to predict, and also potentially evade any hazards and disruption risks that may be associated with the usage of the assembly line.

Real-time employee instruction

The technology of AR and VR are being widely used for the purpose of employee instruction as well as education since it can simulate the possible process and environment.

Design and prototyping

At an initial stage, the VR can help to demonstrate how the product would look without creating the physical prototype. In the automobile industry, Ford Motors is using its own FIVE (Ford Immersive Vehicle Environment) virtual reality technology for a long time now.

Inventory management

With the help of AI algorithms, one can easily streamline the complex process of managing the inventory databases, the work of picking up a product from the warehouse shelf still requires manual labor.

The Current State of Play of Augmented Reality

Augmented reality has witnessed a large variety of technological innovations lately. These can be implemented by themselves or in conjunction with one another to create the augmented reality. These are made up of the following components which lead to the growth of AR technology:

Generic hardware components such as a processor, a display, the sensors, and the input devices. Generally, a smartphone has a display, a processor, accelerometers, GPS, camera, and microphone, etc. It mostly contains all the hardware which is required to become a suitable AR device.

Displays as a part of a device, the monitor is capable of displaying the AR data. There are even other systems such as the optical projection systems, the head-mounted displays, the contact lenses, the eyeglasses, the HUD (heads up display), the virtual retinal displays, the EyeTap (a device that changes the rays of light that are captured from the environment and then substitutes them with the computer-generated ones), the Spatial Augmented Reality (SAR that uses the ordinary projection techniques like a substitute for the display of any type) and the handheld displays.

The Sensors and the input devices include the GPS, the accelerometers, the compasses, the gyroscopes, the RFID, the wireless sensors, the speech recognition, the touch recognition, the eye-tracking, and the other peripherals.

Software a majority of the growth of AR technology would be in the developing of the further software to take advantage of the excellent hardware capabilities. There already exists an Augmented Reality Markup Language (ARML) that is being used to standardize the XML grammar for the virtual reality. There are several software development kits (SDK) that also offer basic environments for the growth of AR technology.

Application of AR and VR in the manufacturing and production industry

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The use of AR enables the designers and the engineers to create and optimize the visual representations of the shapes, designs, and colors even before the prototypes have been created. During the production stage, the augmented reality helps the workers to optimize the manual manufacturing and assembly processes. The accurate overlays allow the next stages in the manufacturing process to be overlaid visually. This helps to reduce the number of defects. The entire production facilities and manufacturing plants are possible to be simulated and then optimized by using augmented reality.

It is possible to undertake the virtual visualization of the entire manufacturing process, carrying out a detailed and accurate analysis of the potential clashes even before they can take place. This means that the engineers can check whether a cutter or a drill, for instance, clashes with the other assemblies or fixtures at the time of the machining process.

Similar to the automotive and aviation industries, the augmented and virtual realities are in widespread use to maintain machinery as well. Naraiuran is a multi technology company to provide automation facilities for the manufacturing industries. The applications are ranging from overlaying an amount of torque that is required when checking the screw fitments, through to the process of displaying the total service schedule in a digital format.

The use of VR and AR applications is not only limited to only a few sectors. The highly developed industries are now grasping the potential benefits of AR and VR technology. From the field of space travel through to the railways and the medical technologies, virtual reality and augmented reality have helped to make the processes faster, sustainable, more cost-efficient, and convenient to create. The AR and VR applications even have an important contribution towards improving workplace health and safety and environmental protection

Conclusion

AR or augmented reality has gone from the pipe dream to a reality in simply over a century. There is unlimited potential for augmented reality solutions. Right from the time of the evolution of augmented reality to the advent of augmented reality businesses, there has been an upward moving graph. These trends reflect that augmented reality solutions are here to help the people improve their lives and make their lives easier with the use of the growth of AR technology.

Nararaiuran will innovate the ways to increase value for our existing customers exploring new businesses by embedding ourselves in new market trends to capture opportunities outside our traditional business.

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  1. Automation
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  3. Plant Integration
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