It's no doubt that immersive technologies are becoming one of the significant strategies for adopting smart manufacturing. Augmented Reality (AR)'s growing adoption as part of smart manufacturing initiatives gives deep insights into manufacturing operations, inspection, maintenance, and repair processes. This results in significant improvement in the safety and efficiency of manufacturing organizations.
Why is Smart Manufacturing Crucial?
The rising demand to automate industrial manufacturing processes due to regulatory compliances, increasing time and costs to perform operations, and complexity of the supply chain surges the demand for AR. The adoption of digital tools like AR can deliver faster turnaround and attain business goals.
According to Markets and Markets, smart manufacturing market is estimated to grow at a CAGR of 12.4% to USD 384.8 billion by 2025. Before going into any more details, lets first check out what smart manufacturing is.
What is Smart Manufacturing?
We cannot wholly negate that COVID-19 has acted as a transformative force for many businesses to embrace digital transformation. The growth and adoption of smart manufacturing have improved over the past decade. Now, digital workflows and automation are no longer goals but a reality. So, what exactly is smart manufacturing? Smart manufacturing is the implementation of a combination of various technologies in a manufacturing ecosystem to improve productivity, safety, and profitability.
AR in Smart Manufacturing
Immersive technology such as augmented reality can bring a significant change in the growth of an organization. When combined with Artificial Intelligence (AI) and the Internet of Things (IoT), AR opens new possibilities in product manufacturing, maintenance, support, and more.
Augmented Reality (AR) adoption in smart manufacturing helps streamline operations, assist users in performing complex tasks, and provide real-time insights to make informed decisions. Let's take a look at this.
Businesses face the biggest challenge of delivering products in a short time at lower costs. Using AR in the design and prototyping phase helps designers to iterate their designs virtually from the idea to the concept stage.
After the design process is the tedious assembly process where many errors can occur, and a single mistake can cost you a loss of millions. But with AR, you can give your workforce digital work instructions with voiceover to get the work done faster and error-free.
Maintenance & Repair
Sudden breakdown of machines results in unplanned downtime and loss of millions. AR can reduce these unnecessary breakdowns and downtime with real-time monitoring and analytics. Also, digital instructions can be accessed by the workforce for quick inspection anytime for faster resolution of issues.
When a machine breakdown, usually the OEMs or company experts have to fly onsite to resolve the issue, but with AR, the technician can connect with the expert over voice and video call and communicate better using AR annotations. The technician can also access real-time support instructions with a wearable by just pointing the camera to the equipment.
Where to Learn More
Now, as you have a brief idea about smart manufacturing and the benefits it brings to an organization, you may want to learn more about it and the AR platform that can help you streamline operations. So, you can contact us at any time for a free AR consultation by just sending us a mail to email@example.com.