QV-FMS-I4.0 Intelligent Robotic System

The intelligent flexible manufacturing robotic system (QV-FMS-I4.0) has been designed and built for training in FMS technology, pneumatic equipment, control systems, industrial robots (palletizer and Cartesian), various CNC machines, and Industry 4.0 technology. This system is widely used in different industrial processes such as automotive, food industry, cement, and more.

The intelligent flexible manufacturing robotic system (QV-FMS-I4.0) has been designed and built for training in FMS technology, pneumatic equipment, control systems, industrial robots (palletizer and Cartesian), various CNC machines, and Industry 4.0 technology. This system is widely used in different industrial processes such as automotive, food industry, cement, and more.

QV-FMS-I4.0 Front

Advantages of QV-FMS-I4.0

FMS leads to the automation and flexibility of the production process, control of all stages of work during manufacturing, the creation of a comprehensive computerized information system, the integration of a preventive maintenance and repair system, and the professional development of employees. It brings many benefits, which include:

  • Increase in productivity
  • Reduction of operational costs
  • Increase in production flexibility
  • Improvement in work and product quality
  • Greater use of machinery and less reliance on human labor
  • Use more machinery and less manpower

Capabilities

  • • Modularity of the set
  • • Familiarity with the device's assembly process
  • • Familiarity with various types of CNC and G-code programming
  • • Familiarity with CAD/CAM technology in CNC machining
  • • Simulating a factory automation line and assembling parts in an industrial setting
  • • Usable in industrial engineering laboratories for master's and doctoral levels
  • • Usable in mechatronics laboratories for teaching various pilot designs similar to a small factory
  • • Usable in electronics, automation, control, and mechanical laboratories to teach about pneumatic equipment that is widely used in industrial processes
  • • Familiarity with the application of the mentioned components in industrial automation
  • • Ability to implement IoT technology based on customer request
  • • Familiarity with Cartesian robots and industrial palletizing robots, and instruction on how to control them
  • • Managing a real factory from start to finish to produce various products
  • • Familiarity with PLC, various types of motors, cylinders, pneumatic components, and sensors
  • • Wireless monitoring capability via PC and HMI without human intervention
  • • Wireless control using a PLC control system and signal status display in the monitoring system
  • • Usable in automation laboratories for teaching PLC programming and HMI monitoring systems

Workstations

  • • CNC Lathe station
  • • Raw material feeding station
  • • Industrial robotic arm station
  • • Material feeding and filling station
  • • Cap-insertion station
  • • Warehousing (storage) station
  • • Screw-insertion assembly station