Augmented Reality (AR) And Virtual Reality (VR) In Automation And Controls

We live in a world where technology is progressing ever more rapidly. Terms like augmented reality and virtual reality, once the domain of science fiction, are now commonplace. But what does this mean for the industrial and manufacturing sectors?

The global market size for virtual reality and augmented reality is expected to reach $297 billion by 2024. That’s about tenfold the market size figure for 2021. These scientific advances are here to stay.

So keep reading to discover the role of augmented reality (AR) and virtual reality (VR) in automation and controls.

Overview Of Augmented Reality And Virtual Reality In Automation And Controls

How are AR and VR used in automation and controls?

New and emerging technologies are making their presence known in the industrial and manufacturing sectors. This is also true of AR and VR. They are essential to simulations used for training, as well as providing real-time data on the status of automated machines.

But what exactly do the terms augmented reality and virtual reality mean?

Although these terms sound very similar, and their applications often have similar designs, they’re actually two very different processes.

Here’s a quick breakdown of what they mean, and how they work.

• Virtual reality is essentially a replacement for reality. It takes you somewhere or shows you something that is not your current reality.

• Augmented reality, on the other hand, projects visuals or information onto your current reality. It enhances what you already see and know, to give you a more comprehensive picture.

The Benefits Of Using AR And VR

Here are three of the top benefits of using AR and VR in automation and control systems:

1. New processes can be tested safely through VR simulations, with no risk of harm to workers, before putting them into practice.

2. Mechanical and industrial design engineers can visualize their prototypes before they are even built, with the help of AR and VR. Any bugs in the system can be eliminated right at the start!

3. It improves repair work and maintenance issues. AR allows maintenance workers to share their view of the problems they’re dealing with in the field, with experts who aren’t on-site.

The list goes on and on. Depending on which sector you’re in, you may have benefits that are unique to your industry. But the following applications of AR and VR in automation and controls are making waves across all industrial and manufacturing sectors.

Applications Of AR And VR In Automation And Controls

These are the top applications of AR and VR that are making an impact in automation and controls:

Industrial Automation Management

Industrial automation already utilizes autonomous systems like robotics and software to control machinery and automate processes. It’s more efficient, safer, and in many ways, more cost-effective, than traditional industrial practices.

AR takes the Industrial 4.0 Revolution one step further, by allowing computer-generated graphics to merge with the real world, employing smart applications on mobile devices. Now, supervisors can monitor the automated environment with a clear picture of what’s happening on-site.

Logistics

Despite many of your on-site processes being automated, you still rely to some degree on a human workforce, especially in the area of logistics. That’s where AR is making a big difference.

Product sorting, picking of orders, and other logistics are further enhanced through smart glasses that use AR technology. Product specs, packing instructions, and even updated hazard warnings can be relayed to workers via these wearables.

Safety Drills

The industrial environment can be a hazardous place. That is why you rely on automation to take over some tasks. However, safety drills are still crucial in any automated environment.

The use of VR-capable headsets can make safety drills and workplace accident recreation much more realistic and impactful. You can simulate dangerous scenarios at no risk, to offer more effective emergency preparedness.

Conveyor Belt & Other Industrial Training

Back in 2008, research scientists at Virginia Tech were already looking into how the implementation of a VR task-based training tool could enhance conveyor belt safety training.

But all types of training can be implemented without your new hires even leaving the premises or touching the equipment until they’re ready. And the existing workforce can be brought up to speed on new equipment in the same way.

Conclusion

The evidence is clear. There is a great need for augmented and virtual reality devices in the arena of automation and controls. But without the basics laying the foundation for these innovations, any innovations are of no use.

You still need reliable automation and control components, with the expertise and excellent service to back them up. And that’s what we offer here at Automation Electric & Controls. So contact us for help with all your automation and control needs.