Intelligent eight-station robotic system QV-MEC-08B

The Smart Robotic System, Eight Stations (QV-MEC-08B), consists of eight working stations. The goal of its design and construction is to teach about pneumatic and control equipment that is widely used in industrial processes (automotive, food, cement industries, etc.).

The Smart Robotic System, Eight Stations (QV-MEC-08B), consists of eight working stations. The goal of its design and construction is to teach about pneumatic and control equipment that is widely used in industrial processes (automotive, food, cement industries, etc.).

How the QV-MEC-08B Works

The operation of the QV-MEC-08B smart robotic system begins when the start button is pressed. All stations and robots return to their initial positions. The Cartesian robot then picks up the first part from the storage area and places it on the conveyor belt. The conveyor belt starts moving until it reaches the image processing station. Here, the part is inspected for defects. If the part is sound, the conveyor belt moves on and the part stops again at the pin-insertion station.

At this station, two pins are inserted into the holes in the part. Afterward, the conveyor belt starts moving again and stops at the Delta robot station. The Delta robot places a small ball inside the part, and the conveyor belt starts moving once more. When the part reaches the cap-insertion station, a second raw part simultaneously begins to move from the start station.

The part at the cap-insertion station is stopped by an optical sensor and a pen cylinder so that a cap can be placed on the square part. The conveyor belt then starts moving again. At the labeling station, a “process complete” stamp is applied to the second part, which is then stored at the palletizing station. The second part, which entered the cycle during the first part’s process, is also stored at the palletizing station in the same manner. Finally, the Cartesian robot removes the completed pallet from the line.

Capabilities

  • • Modularity of the set
  • • Use of high-quality equipment
  • • Wireless monitoring capability
  • • Ability to teach how to work with Siemens S7-300 PLC
  • • Familiarity with the assembly process of the device and its parts
  • • Easy control using the HMI and PC control system
  • • Ability to upgrade and modify the set based on customer request
  • • Signal status display in the PLC monitoring system
  • • Control and monitoring capability via Android using IoT technology
  • • Familiarity with the application of the mentioned components in industrial automation
  • • Ability to define various projects for master's and doctoral levels
  • • Familiarity with the Cartesian robot and how to control and program it
  • • Simulating a factory automation line and assembling parts in the industry
  • • Usable in automation laboratories for programming instruction
  • • Familiarity with various types of motors, cylinders, pneumatic components, and sensors
  • • Ability to add various types of pneumatic, sensor, and monitoring equipment
  • • Familiarity with parallel and Delta robots and how to control and program them
  • • Usable in mechatronics laboratories for teaching various pilot designs similar to a small factory
  • • Usable in electronics, automation, control, dynamics, and mechanical laboratories to teach about industrial pneumatic and robotic equipment

Product Specifications

Name
Code
Weight (KG)
Length (CM)
Height (CM)
Mechatronics Educational Set (8 working stations)
QV-MEC-08-B
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Working Stations

  • • Storage station
  • • Feeding station
  • • Delta robot station
  • • Palletizing station
  • • Cartesian robot station
  • • Cap-insertion station
  • • Image processing station
  • • Control section (PLC-HMI)
  • • Assembly and screw-insertion station