QV-MEC-I4.0 Intelligent Robotic System

The intelligent robotic system (QV-MEC-I4.0) is designed and manufactured to teach advanced control systems as well as pneumatic and sensor equipment that are widely used in all industries and consists of various parts including various types of pneumatic solenoid valves, various types of pneumatic cylinders, grippers and servo motors, and various types of sensors. The most important features of this training set are the ability to teach various types of sensors, HMI, monitoring system – PLC, cylinders, solenoid valves, etc.

The intelligent robotic system (QV-MEC-I4.0) is designed and manufactured to teach advanced control systems as well as pneumatic and sensor equipment that are widely used in all industries and consists of various parts including various types of pneumatic solenoid valves, various types of pneumatic cylinders, grippers and servo motors, and various types of sensors. The most important features of this training set are the ability to teach various types of sensors, HMI, monitoring system – PLC, cylinders, solenoid valves, etc.

Advantages of QV-MEC-I4.0

Another important feature of QV-MEC-I4.0 is the possibility of implementing various educational and research projects in the field of mechatronics, control and robotics.

Capabilities

  • • Modularity of the set
  • • Use of high-quality equipment
  • • Familiarity with how to assemble the device and parts
  • • Ability to upgrade the set based on customer request
  • • Familiarity with how to use the aforementioned parts in industrial automation
  • • Simulation of factory automation line and assembly of parts in the industry
  • • Ability to define various projects at undergraduate and graduate levels
  • • Ability to use in electronics, automation, control, mechanics, etc. laboratories in order to teach pneumatic equipment that is widely used in industrial processes.
  • • Wireless monitoring capability
  • • Ability to add various types of pneumatic equipment, etc.
  • • Easy control capability using HMI and PC control systems
  • • Ability to display signal status in the PLC monitoring system
  • • Introduction to the Cartesian robot and training on how to control and program it
  • • Ability to use in automation laboratories to teach programming
  • • Introduction to various types of motors, types of cylinders, types of pneumatic components, types of sensors, PLCs, etc.
  • • Ability to use in mechatronic laboratories to teach various pilot designs similar to a small factory

Equipment

  • • DC Motor
  • • Servo Motor
  • • Optical Sensor
  • • Inductive Sensor
  • • Capacitive Sensor
  • PLC
  • HMI
  • • Double-Way Cylinder
  • • Single-Way Cylinder
  • • 24V DC Solenoid Valve

Workstations

  • • Filling station
  • • Assembling station
  • • Feeding station
  • • Cartridge robot station