ICEM commits to Version 5

An ICEM product story

Edited by the Engineeringtalk editorial team Mar 22, 2005

ICEM is to develop and sell the next generation of its surface design and analysis and design visualisation software suite for Class-A surface development based on Dassault Systemes' CAA V5.

Dassault Systemes and ICEM have signed a strategic software development agreement under which ICEM will develop and sell the next generation of its surface design and analysis and design visualisation software suite for Class-A surface development based on Dassault Systemes' Version 5 Architecture and Components.

ICEM becomes a Gold Software Partner in Dassault Systemes' Component Application Architecture Version 5 (CAA V5) software partner programme.

ICEM will provide a PLM solution component that will tightly connect the styling and engineering departments, further endorsing the new 3D XML open format from Dassault Systemes.

It will deliver a comprehensive suite of products addressing end-to-end automotive Class-A processes, from Class-A design and analysis to reverse engineering, realistic rendering and sketch tracing, all fully integrated with the V5 PLM environment.

These solutions will include new versions of existing products for static rendering, real-time rendering, scan modelling and quick surfacing, as well as advanced applications such as dynamic, global manipulation of surfaces, advanced surface analysis, and passenger/pedestrian safety analysis.

The software will be marketed by ICEM and will either operate in stand-alone mode or in perfect synergy with an existing integrated V5 PLM Solution.

The first release, including core Class-A surface modelling and modules for dynamic global modification of surfaces and surface optimisation, is scheduled to be available for customer delivery in the third quarter of this year.

ICEM will also provide dedicated, highly skilled consulting, best-practices and support teams to deploy the solutions to the industry.

As a next strategic step, Dassault Systemes and ICEM aim to extend the partnership to Concept Design.

"As a long-term corporate customer of both Dassault Systemes and ICEM, we feel confident that this partnership - merging the strengths of each partner - will be able to fulfill our end-to-end process from styling, via Class A to manufacturing, an important process within our virtual car strategy", said Peter Reindl, who is responsible for CAD/DMU applications and process integration at BMW.

"Providing furthermore the necessary openness, this partnership will certainly also enable a better integration of our suppliers into this process".

"This partnership provides us with a best-in-class automotive Class A surface modelling solution that is fully integrated into our enterprise-wide, CAD environment", said Richard Riff, Henry Ford Technical Fellow, Virtual Product Creation and PLM, Ford Motor Company.

"As a result, we will be using native Catia V5 data throughout the vehicle body and interior design development process, with no need for data translators".

"This will bring real benefits in terms of data integrity and consistency, as well as in terms of an improved workflow".

"Automotive industries around the world are facing constant pressures on their styling and engineering processes and must consider innovative approaches to reduce design cycle time", said Dominique Florack, Executive Vice President, Research and Development, Dassault Systemes.

"Leveraging the best assets from each partner, we will deliver a unique and innovative V5-based styling-to-manufacturing approach as an intrinsic part of the PLM business transformation".

"For ICEM, the significance of this partnership agreement is that it enables us to fulfil our committed strategy, designed to deliver a 'next-generation' set of surface modelling software solutions that contribute fully to the process-centric PLM vision of our customers", said Lee Cureton, CEO, ICEM .

"We also retain our autonomy as an independent software company".

"One of the principle aids to improving the design-to-manufacture workflow is a fully integrated software environment that enables a seamless and uninterrupted two-way flow of information between the different design and engineering disciplines involved in the process".

"This agreement enables us to considerably improve design-to-manufacture workflow by providing a tight link from which the whole PLM chain will benefit".