digital twins
Digital twins:
from virtual reality to real results – industrial application of immersive technologies in digital twins
In modern industry, the use of digital twins is becoming increasingly common. The concept is based on creating highly realistic models of devices, systems, or processes, and provides organizations with the ability to develop, test, and validate various processes, as well as create predictive models of behavior.
The visual representation of digital twins, which includes their geometric dimensions, physical and chemical properties, as well as environmental considerations, can be created using various technologies such as augmented reality (AR) and virtual reality (VR).
Augmented reality allows you to display a digital twin on top of a physical machine, its parameters, and properties in real time, providing operators with important information that is not available during a regular inspection. Virtual reality opens up opportunities for creating training simulations and modeling various scenarios and potential issues. Mixed reality combines elements of the real and virtual worlds, allowing users to interact with virtual objects in real space.
digital twins
Digital twins:
from virtual reality to real results – industrial application of immersive technologies in digital twins
In modern industry, the use of digital twins is becoming increasingly common. The concept is based on creating highly realistic models of devices, systems, or processes, and provides organizations with the ability to develop, test, and validate various processes, as well as create predictive models of behavior.
The visual representation of digital twins, which includes their geometric dimensions, physical and chemical properties, as well as environmental considerations, can be created using various technologies such as augmented reality (AR) and virtual reality (VR).
Augmented reality allows you to display a digital twin on top of a physical machine, its parameters, and properties in real time, providing operators with important information that is not available during a regular inspection. Virtual reality opens up opportunities for creating training simulations and modeling various scenarios and potential issues. Mixed reality combines elements of the real and virtual worlds, allowing users to interact with virtual objects in real space.
Predictive digital twins help to predict the future behavior of objects or processes based on data about their current state.
«High-quality» digital twins take into account not only the physical characteristics of objects, but also their properties, such as emotions or perception.
«Operational» digital twins are exact copies of real objects or systems and are used for monitoring, controlling, and optimizing production or operational processes.
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XR Smart Factory (XR Intelligent Factory Solution) is a completely new approach to managing production processes using digital twins as the primary tool.
Accurate virtual copies of physical objects and processes are created, allowing for real-time monitoring and simulation. Artificial intelligence and data analytics algorithms complement this process for processing and analysis, aiming to optimize production, predict outcomes, and enhance operational efficiency. At the same time, the Internet of Things enables the collection of data on equipment and environmental conditions for real-time monitoring and process management.
Functions:
Analysis and control of production processes through digital twins;
Optimizing resource usage and reducing equipment downtime;
Automation of production and inventory management using artificial intelligence algorithms.
Advantages:
Reduces the cost of equipment maintenance and repair;
Improves product quality through accurate monitoring and analysis;
Increases production efficiency;
Helps improve safety at work.
Functions:
Analysis and control of production processes through digital twins;
Optimizing resource usage and reducing equipment downtime;
Automation of production and inventory management using artificial intelligence algorithms.
Advantages:
Reduces the cost of equipment maintenance and repair;
Improves product quality through accurate monitoring and analysis;
Increases production efficiency;
Helps improve safety at work.
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