Motion Control & Drives


The revolution in automation

September 2018 Motion Control & Drives

Greater speed in all entrepreneurial processes and a broader range of options for the end consumer are the two key requirements that globalised markets have placed on manufacturing companies. Digitalisation offers the necessary key technologies to meet these two requirements. In addition, information and communication technologies are merging with classical industrial mechanics to generate cyber-physical systems. Festo is adapting to these developments through organisational units that stress the significance of digitalisation.

Digitalisation is an immense task

Successfully providing the growing world population with innovative products can only be ensured by a highly automated manufacturing world. Consumer needs in the global markets differ in accordance with their state of development and expectations. “Digitalisation will accelerate processes within Festo so that we can help our customers efficiently and quickly,” said Dr Ansgar Kriwet, member of the management board at Festo. “Digitally extended products from Festo accelerate our customer processes from the machinery design process right down to service.”

The increase in the customer’s need for customised products places heavy demands on the flexibility of production environments, since consumers want to design and configure products for themselves from wearables such as watches or glasses to cars, personalised dispensing of medicines and self-designed pasta. This can all be made possible by digitalisation.

Evolution of standard products

The core product range for high-quantity series production is of great importance, since success can only be achieved through good relationships with customers. Kriwet elaborates, “Reduced manufacturing costs and the preservation of resources are innovations that generate lasting value. Festo is therefore focusing its innovative power on the development of new products for the rapid and simplified manufacturing of bulk goods. In addition, Festo is advancing digital penetration within the company to benefit from the advantages of Industry 4.0.”

For Festo, evolution also means using investments in infrastructure to secure lasting added value in high-wage countries. Festo manufactures its own products in its own factories, therefore, the company knows exactly how its products perform in everyday use. Automation robots are used to relieve the burden on the human operator and to form collaborative teams.

Revolutionary products for the future

The leap into the future is not only achieved through evolution. For products to survive, new concepts must be introduced in the range. Festo has therefore asked pertinent questions of itself about how these should look: “How can large mechanical products be transferred to intelligent cyber-physical systems? How can we boost our productivity and accelerate the supply chain? What additional benefits and what added-value models will these new products offer our customers in future? How can new tasks be assigned to machinery during regular operation? How can the operator communicate with them and make them even more versatile?”

Festo Motion Terminal

Here is the answer. Just as smartphones turned the mobile communication market on its head a decade ago, the Festo Motion Terminal will do the same for automation technology. The new method of function integration combined with software apps will simplify the entire value chain requiring only one piece of hardware for operating purposes. The terminal apps can replace over 50 individual components. Beneath the unassuming exterior and classic Festo product design, there is technical refinement based on state of the art information technology.

Integrated stroke and pressure sensors together with control via motion apps will open new perspectives for machinery and plant manufacturers. The fusion of mechanics, electronics and software in the Festo Motion Terminal will transform a pneumatic product into a true Industry 4.0 component, and enable flexible production. Changes in pneumatic functions and adaptations to new formats are controlled via apps. The integrated intelligent sensors for control, diagnostics and self-learning tasks will eliminate the need for additional components.

Digitalisation of the customer interface

“Digitalisation enables our customers to design, simulate and operate their production systems as a virtual twin, allowing them to determine in advance whether the modules of their systems will work together as desired,” concluded Kriwet. The complexity of flexible, adaptive production is made controllable through integrated intelligence and the data acquired during operation provides new insight into processes and machine conditions.”

For more information contact Ntando Ndokweni, Festo, +27 11 971 5535, [email protected], www.festo.com



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

World’s first fully electric hydrogen fuel cell aircraft engine
Motion Control & Drives
Airbus and MTU Aero Engines are establishing a joint venture to industrialise hydrogen-electric propulsion systems for commercial aviation, combining liquid hydrogen expertise with fuel cell development to support the ZEROe programme’s 2035 target.

Read more...
Monopile handling innovations boost offshore wind farm
Motion Control & Drives
Mammoet’s XXL monopile transport system and new MTC 1600 terminal crane are helping offshore wind developers safely marshal and install ever larger monopile foundations, as demonstrated on Van Oord’s Baltic Power project.

Read more...
Automation without the mega factory
Yaskawa Southern Africa Motion Control & Drives
Mid-sized South African manufacturers are turning to targeted, low-risk automation to solve specific bottlenecks rather than chasing full factory transformation, helped by retrofit-friendly robotics and advanced simulation software.

Read more...
Duplex worm gears for precision backlash adjustment
Motion Control & Drives
KHK USA has introduced duplex worm gears that allow precise backlash adjustment through simple axial movement of the worm shaft, eliminating the need for gearbox housing alterations during assembly or maintenance.

Read more...
Choosing the right level of protection in modern automation
Motion Control & Drives
Choosing the right ingress protection rating for a motor or drive is less about maximising the number, and more about understanding what the machine will actually face in operation.

Read more...
Osterwalder launches multi-plate, fully electric powder press
Motion Control & Drives
Osterwalder Technology has launched the MPneo 480, a 480 kN fully electric multi-plate powder press with up to six cross-pressing modules. Designed for hard metals, ceramics and advanced engineered materials, the press supports complex geometries and offers optional

Read more...
Ground helical racks for superior precision and durability
Motion Control & Drives
KHK USA has announced its ground helical rack series, engineered for smooth operation, high torque transmission and long-lasting performance in precision motion systems. The racks are designed for demanding environments such as machine tools, high-speed automation equipment and precision positioning systems.

Read more...
SpinDrive launches Magma X100 active magnetic bearing controller
Motion Control & Drives
SpinDrive has launched the Magma X100, a new active magnetic bearing controller platform for applications up to 150 kW. The platform brings oil-free, frictionless bearing technology to mobile machinery, semiconductor equipment and other high-speed rotating equipment at a cost comparable to conventional bearing solutions.

Read more...
Sealed split spherical roller bearings deliver rapid installation and reduced downtime
SKF South Africa Motion Control & Drives
SKF Cooper sealed split spherical roller bearings combine a split design with premium engineering to enable rapid installation and simplified maintenance, reducing mean time to repair by up to 70% and keeping operations running in sectors from mining to food and beverage.

Read more...
Inclination sensors for motion control
ifm - South Africa Sensors & Transducers Motion Control & Drives
The JBC dynamic inclination sensor from ifm offers accurate angle measurement in the most demanding conditions, filtering out motion disturbances such as vibrations, shocks and vehicle dynamics to deliver reliable inclination values via IO-Link or programmable switch outputs.

Read more...









While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.




© Technews Publishing (Pty) Ltd | All Rights Reserved