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5G Maintenance Operation Immersive Simulator (5G MOIS)

An immersive AR/VR solution for remote support and training in industrial maintenance — powered by 5G.

Introduction

5G MOIS is an immersive VR and AR tool designed to support industrial maintenance. It enables remote support, training, and real-time guidance by leveraging high-speed 5G connectivity — enhancing safety and efficiency for technical workers on-site.
Through interactive 3D models, users can explore engineering systems from every angle, interact with key components, and gain a deeper understanding of how these devices operate and support critical valve systems.

Objectives

Key goals for advancing remote maintenance through 5G and AR/VR

Enhance industrial maintenance using immersive technology

Enable remote support and real-time guidance

Improve safety, efficiency, and training outcomes

Leverage 5G for fast, seamless AR/VR experiences

Project Scope

From initial requirements to immersive AR/VR deployment

Requirement Analysis
Data collection & needs assessment

3D Asset Creation
Custom industrial models

UI Design
User-friendly and intuitive interface

AR/VR Development
With full 5G integration

Methodologies

Step-by-step development

Planning & Requirements Gathering

Involving educators, lab technicians, and staff

Defining Scope & Objectives

Setting AR/VR application features

Designing the Application

Focus on immersive, real-time simulations

Integrating 5G Connectivity

For enhanced training and operational performance

Testing & Feedback

Refining based on real user input

Hardware & Devices

Powering immersive experiences with cutting-edge tools

Oculus Quest

Head-Mounted Display (HMD)

MRTech

5G Explosion-Proof AR Glasses

I.Safe Mobile IS940.1

Industrial Rugged Tablet

3D Modelling

From Reality to Simulation: 3D Models for Industrial Training

Rack and Pinion Pneumatic Actuator – Interactive 3D Model

Explore our interactive 3D model of a Rack and Pinion Pneumatic Actuator, a key component widely used in industrial automation systems for precise valve control.
This model demonstrates the internal rack-and-pinion mechanism that converts compressed air into rotational motion—ideal for opening or closing ball or butterfly valves. Commonly used in oil & gas, water treatment, and process control systems, this actuator plays a vital role in remote and automated valve operations.

Quarter-Turn Electric Valve Actuator

Experience our 3D model of a Quarter-Turn Electric Actuator, commonly used for automated valve control in modern industrial systems. This actuator uses electrical power to operate valves with precision, enabling remote and automated control for various processes.

Pilot Plant for Process Instrumentation and Control

Gain a deeper understanding of how rack and pinion pneumatic actuators operate—view the model from every angle, interact with key components, and learn how this device powers critical valve systems. This system is used to simulate real-world process plant operations such as:

Start-up and shutdown sequences
Normal operations for fluid/gas systems
Emergency shutdown (ESD) scenarios
Control of pressure, temperature, flow, and level

Process Automation Trainer for Pump & Flow System

Used by students or trainees to:

Understand fluid transport systems
Measure and control flow rates and pressures
Test PID controllers and automation logic
Learn system response and tuning

Inside the Simulation

Get a glimpse of the virtual environment used for immersive maintenance training.

Curious about what else we’re building? Go back and explore.

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