Smart Manufacturing

AMASTek Smart Manufacturing ➟ Environmental Control System

Presents real-time machine status. Easily to be integrated with existed MES (Manufacturing Execution System). Enhance machine operational efficiency. Help managers to be aware of real-time status of materials, manpower and machine.

Industrial Applications

Machine networking

Collect the information of each machine, conduct AI Model Training or Inference for the machine information, collect the report status, and provide forecasting suggestions.

Technologies

The key technologies used in smart manufacturing include the Internet of Things, graphical human-machine interface design, data analysis, cloud platform, customized software development and artificial intelligence, etc.

Cases

  • Data networking of tea production line machines

    • State monitoring of tea making machines
    • The status information of various machines in the tea production line is transmitted back to the main control room through network communication, and the management personnel can easily grasp the status of the equipment on the site.
  • Networking of equipment and machines in the paint line production line

    • Networking of equipment and machines in the paint line production line
    • The enameled wire factory paint line production line machine, through the sensor installation and machine rectification, the machine status and detection value are instantly transmitted back to the central management room to manage the production line machine and maintain it in real time.

Motor predictive maintenance

To enable preventive maintenance for machines, a series of processes and analyses must be carried out that convert collected sensor data to useful information that predicts the health condition of machines and crucial elements.

Technologies

The key technologies used in smart manufacturing include the Internet of Things, graphical human-machine interface design, data analysis, cloud platform, customized software development and artificial intelligence, etc.

Cases

  • Motor predictive maintenance system

    • Motor predictive maintenance system
    • Perform state analysis through sensing information such as motor operating temperature, current, vibration, etc., accurately predict the state of the motor, and arrange maintenance and maintenance work in advance to avoid the risk of sudden failure.

Production management

CPS production management monitoring electronic signage: master the time schedule control after the sales executive confirms the order (reports for each stage of research and development, material purchase, picking and delivery, production assembly, quality inspection to shipment). Smart production traceability management: Retrieving from stock materials, to production and assembly, and finally to the machine to ship the bar code, collecting all material information and quality inspection information.

Technologies

The key technologies used in smart manufacturing include the Internet of Things, graphical human-machine interface design, data analysis, cloud platform, customized software development and artificial intelligence, etc.

Cases

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