Entries by Michel van der Wal

Agreement with works council on reorganization

In recent weeks Océ has been discussing three changes in the organization. Agreement was reached with the works council on the reorganization of the Corporate Communications and Business Services departments.

Construction Océ headquarters started

In the last week of September, the construction of the new Océ headquarters has begun by starting the foundation work. The preparations for this work started in April this year by making the land on which the new Océ headquarters will be built ready for construction.

Infographic: fluid dynamics is changing our world

What do airplane wings, human hearts and inkjet prints have in common? Answer: all are subject to interactions between structures and fluids. The science of fluid dynamics is driving innovation in digital printing. It is also one of the most exciting areas of scientific research today. That’s why Océ cooperates with leading universities and institutes in the science of fluid dynamics.

Océ in Dutch R&D Top 10

In May 2018, the Dutch magazine Technisch Weekblad published their yearly R&D Top 30 for companies in the Netherlands. The top R&D investor in the Netherlands is ASML. Philips takes the second place. The list is rounded off with Océ at number 10.

Océ and Canon keep investing

Océ, a Canon Company, continues to invest in commercial printing, as seen in the Annual Report 2017 submitted to the Dutch Chamber of Commerce. Océ Holding B.V. is the holding company for the Océ-entities containing the research and development, manufacturing, business units and support functions, located in Venlo, The Netherlands.

NEMO and Océ agree on partnership

NEMO and Océ announce today that they have entered into a partnership. As one of the top Dutch investors in research and development, Océ-Technologies B.V. aims to make scientists enthusiastic about technology. Océ supports NEMO in making academic knowledge accessible to a wide audience.

Mimicking life on a microscale

14 million: the amount of deaths every year worldwide because of thrombosis-related heart attacks or strokes. To better understand and combat thrombosis, we need to gain more knowledge. Blood flow patterns and 3D geometry of blood vessels play a key role in the mechanism of thrombosis.