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Home >  Manufacturing solution

Manufacturing solution

AR+AI Intelligent Manufacturing Solutions
AR+AI Intelligent Manufacturing Solutions
The core values of intelligent manufacturing lie in reducing production costs, increasing production efficiency, and transforming production methods. By comprehensively collecting and analyzing data related to people, machines, materials, methods, the environment, and testing processes, companies can identify the root causes of production bottlenecks and product defects. Proper utilization of this data analysis can then lead to improved production efficiency and product quality.

Main pain points faced by manufacturing enterprises

Lack of consistency in factory planning

Provides employees with intelligent wearable devices that can completely replace various existing terminal devices. These devices are easy to carry and manage.

Difficult to install and debug on-site

There are very few professional technicians who are capable of handling equipment installation and debugging under various field conditions.

The operation training process is lengthy.

Due to the characteristics of specific devices and usage scenarios, the training process for operating traditional devices is relatively lengthy.

Slow response time for equipment failure repairs

Traditional after-sales methods struggle to respond quickly to unexpected situations or complex problems.

The value of intelligent manufacturing to enterprises

Improve production efficiency

Significantly optimize the production process, improve production techniques, and increase production speed. Arrange production schedules in a scientific and rational manner to improve equipment utilization. Enhance the accuracy of production execution and improve product quality.

Improve production efficiency

Significantly optimize the production process, improve production techniques, and increase production speed. Arrange production schedules in a scientific and rational manner to improve equipment utilization. Enhance the accuracy of production execution and improve product quality.

Reshape the mode of production

Implementing various new production methods such as mass customization, remote operation and maintenance of intelligent products, and networked collaborative manufacturing enables companies to quickly respond to market demands, expand business models, and increase revenue and profit sources.

Overall Architecture

Overall Architecture

Application scenarios

AR Manufacturing and Assembly Guidance

  • ● Remote users can pause the video feed with one click or make real-time annotations directly on the screen. The annotations are displayed in real-time for on-site users as well.
  • ● Supports multiple users sharing first-person views, providing an immersive communication experience as if you’re actually on the scene.
  • ● Supports various scenarios such as one-to-one, one-to-many, and many-to-many. Users can freely choose the type of terminal devices used for communication.
  • ● High-definition video and high-fidelity audio are transmitted simultaneously with low power consumption and low latency, ensuring clear calls over long periods of time.
  • ● Supports transmitting various types of files during communication, including documents, images, and videos.
  • ● Directly record and save on-site data, while tracking task status in real time to facilitate information management and tracing.

AR Manufacturing Process Training

  • ● The training location is not limited; it can be conducted anytime, anywhere.
  • ● The training content combines both theoretical and practical elements, helping trainees stay more focused.
  • ● The training process is recorded in real-time, facilitating summary and analysis.
  • ● Shorten training cycles across multiple terminals and scenarios
  • ● Simulate assembly steps to reduce process risks
  • ● Accelerate enterprises’ accumulation of digital assets

AR Digital Twin Factory Visualization Management

Through 3D digital twin technology and 5G edge computing, real-time panoramic views of factories, workshops, and equipment can be virtually presented. Combined with various production plans, product quality data, production progress, and equipment status information, the actual operating conditions of the factory can be accurately displayed in real time. This enables the “industrial brain” and eliminates the boundary between physical factories and digital factories.