Intelligent Solutions by Fluid Power

17.02.2004

The 4th International Conference on Fluid Power (IFK) will be held in Dresden from March 25-26, 2004.

The IFK is one of the world's largest conferences covering hydraulic and pneumatic drive and control technology. It is a well-established forum for the presentation and discussion of trends, innovative products and applications as well as new and unconventional concepts.

This conference, which is alternately held in Aachen or Dresden every two years, aims at the lively exchange of experience between manufacturers, users and scientists in the Fluid Power community.

The principal physical benefits of Fluid Power, e.g. the high energy density, compact design and free arrangement of components as well as the customer orientation of manufacturers have contributed to improved competitiveness and to the opening of new fields of application.

Fluid Power is an innovative, efficient and advanced power and motion control technology. This is reflected in the Conference-Title.

More information can be obtained on the IFK web site.

More articles on this topic

Wilo at Schneider Electric Innovation Summit: Sharing Ideas for a Sustainable Future

26.04.2024 -

Leading industry representatives gathered at the Innovation Summit 2024 in Paris on 3 and 4 April, including several representatives from the Wilo Group. At the summit organised by French electrical engineering group Schneider Electric, attendees discussed sustainable innovations and their influence on the green transformation of companies under the motto “IMPACT”.

Read more

WEG to Deliver ‘Sustainability’ Presentation at Europump’s 2024 Annual Meeting

09.04.2024 -

WEG is honoured to be the headline sponsor of this year’s Europump Annual Meeting, taking place at the spectacular De Vere Beaumont Estate near Windsor from 22nd – 24th May. As part of its engagement with this key event for the international pump community, WEG will be giving a Keynote presentation on the ethical, ecological, and commercial benefits of sustainability.

Read more