|

Revolutionize Your Automation Projects with the MPS 403

Festo’s groundbreaking MPS 403 – the ultimate all-round learning system for automation technology.

October 27, 2023

Greg James, Festo Didactic Sales Manager, rocked the stage at the CMTS event in Canada last month, showcasing Festo’s groundbreaking MPS 403 – the ultimate all-round learning system for automation technology. Watch the video presentation now to discover how MPS 403 can revolutionize your automation projects.

Festo is a global leader in technical education. As an international partner to training institutions, governments, government agencies, and businesses, they design and implement training systems and labs, as well as learning systems and training programs. They systematically prepare skilled professionals for working in dynamic and complex environments.

MPS 403: Compact All Round Learning Factory Mechatronics and Industry 4.0

The MPS 403-1 learning factory consists of the MPS 400 system modules Distributing Pro, Joining and Sorting Inline. The system modules are networked with the MES, equipped with RFID read/write devices and intelligent sensors based on IO-Link and form a self-sufficient system. In addition to the above-mentioned system modules, MPS 403-1 R contains a Robotino and thus expands the learning topics to include the field of mobile robotics and related topics in production.

Learning Goals

  • Networking of multiple stations, control systems, and I/O units with an MES-centered software environment via network-based protocols (OPC-UA, IO-Link, PROFINET, TCP-IP, Node-RED)
  • Programming industrial touch panels and familiarity with modern human/machine interfaces such as augmented reality and web interfaces
  • Familiarity with RFID and network technology as well as intelligent IO-Link®-based sensors
  • Learning about new business models using industrial IIoT retrofitting by means of a webcam and microcomputer as well as learning how to use machine learning algorithms
  • Production of customized products using production orders induced by an online store
  • Vacuum and parallel gripper technology, as well as the retrofitting of production plants

Process
Processing in the learning system starts when a production order is entered via an intuitively designed user interface of the MES. The first station separates workpieces from three level-monitored stacking magazines and writes the corresponding RFID tags. The subsequent assembly station reads the RFID tag and, depending on the production order, adds an upper part to the workpiece.

It can either add a simple cover or, after appropriate conversion, an intelligent microcontroller to the base body of the workpiece. The third sorting station distributes the workpieces to two chutes according to the order and quality control or forwards them to additional downstream stations. The learning factory can be divided into several parts, with Robotino then transporting workpieces between the production islands as a mobile robot (MPS 403-1 R).

IO-Link and OPC UA
The trainees deal with intelligent laser, ultrasonic and capacitive sensors based on IO-Link, learn about their advantages over classic sensors and can later address, interpret, maintain and integrate them into production systems. In addition to IO-Link, the basics of PROFINET and OPC UA are also taught. This gives learners a well-founded insight into the most important network-based protocols in the automation environment.

More Information

Technical Education

Learning Factory Distributing Pro, Joining and Sorting Inline MPS 403-1

Related Story

How Festo Is Filling the Training Gap with Workforce Development
Revolutionize Your Automation Projects with the MPS403

Labour and skills shortages are among the most pressing challenges that manufacturers face today. Access to a large, high-quality workforce is critical for manufacturing to be successful. This workforce is the driving force for innovation and is essential to making the most of new technologies and production methods.

Some of the most leading companies involved in manufacturing are taking these steps (and some having started decades ago), and they are working with educational institutions and governments to fill the skills gap that manufacturing is experiencing today. Festo has been leading the charge for technical education at a global scale. In this article, Greg James, Regional Sales Manager – Festo Didactic Ltd. shines some light onto what is being done in Canada to reduce the training gap and help ensure there are enough skilled workers available to keep the factory of the future running.

Related Articles


Latest Articles

  • Exploring the Impact of M8 Cables in Various Applications

    July 17, 2024 M8 cables are a type of circular electrical connectors used to link actuators and sensors. They have an 8-millimeter diameter and are widely utilized in a variety of industrial and automation applications because of their small size, robustness, and consistent performance even under harsh conditions. Similar to the M12 cables, their robustness enables them… Read More…

  • 7 Top Tips for Cooling IT Equipment

    July 17, 2024 As the world becomes increasingly digitalized, with a growing reliance on high-performing and reliable IT equipment, effective hardware management is essential to facilitate rapid access to large amounts of data and its analytics. The upkeep of IT infrastructure, including maintaining appropriate temperatures, ensures the reliability and security of data and minimizes the… Read More…


Featured Article

Revolutionizing Material Movement with Autonomous Mobile Robots

Revolutionizing Material Movement with Autonomous Mobile Robots

In today’s fast-paced manufacturing and logistics industries, the need for efficient and flexible material movement solutions has never been greater. Traditional methods like conveyor systems, forklifts, and manual pushcarts have served us well, but they come with limitations.

That’s why Omron is thrilled to announce the launch of their game-changing MD Series of Autonomous Mobile Robots (AMRs). Read more


Products

  • Memosens 2.0: New Disinfection Portfolio from Endress+Hauser

    July 23, 2024 Introducing a portfolio of optimized digital sensors with Memosens 2.0 technology that deliver continuous, reliable water disinfection measurement. Endress+Hauser is launching a portfolio of optimized digital sensors with Memosens 2.0 technology that deliver continuous, reliable water disinfection measurement. This new generation of disinfection sensors represents an upgrade opportunity for a wide range… Read More…

  • Vention to Democratize Industrial Automation Using NVIDIA AI Technologies

    July 18, 2024 Vention, the company behind the cloud-based Manufacturing Automation Platform (MAP), has announced a collaboration with NVIDIA to bring industrial automation technology to small and medium manufacturers by using NVIDIA AI and accelerated computing to advance cloud robotics. This announcement marks a year of collaborative efforts to leverage artificial intelligence to simplify the realization of… Read More…