Technologies · Systems · Solutions - Dürr
Technologies · Systems · Solutions - Dürr
Technologies · Systems · Solutions - Dürr
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66<br />
We test process and product<br />
innovations under real conditions<br />
at our technology centers.<br />
Research and development<br />
In 2004, direct expenditures for research and development (R&D) in continuing operations<br />
amounted to € 26.5 million (previous year: € 27.8 million). The R&D ratio – the<br />
quotient of R&D expense and sales – amounted to 1.4% as in the previous year. However,<br />
the item reported in the income statements contains only the smaller portion<br />
of our actual R&D expenditures. That is because we, as an engineering company,<br />
do the majority of our development work within the framework of customer orders.<br />
Expenditures incurred for such work are booked as project-related costs of sales.<br />
We increased the number of employees in the Group’s development<br />
teams to 217 as of the balance sheet date (previous year: 209).<br />
We also have many employees working on new solutions as part<br />
of customer orders.<br />
Our innovation management aspires to develop solutions that<br />
offer customers added value, whether in the form of greater flexibility,<br />
higher quality, and better environmental compatibility or<br />
greater efficiency in production. Given the intense competitive<br />
pressure in the automotive industry, our primary aim is to help our<br />
customers further reduce unit costs in production by means of<br />
cost-efficient solutions.<br />
To help our customers put new vehicle models into mass production<br />
faster, we have further shortened plant planning and construction<br />
times. The most important contribution was the continued<br />
development of virtual reality programs that we use to plan<br />
and design production systems three-dimensionally on computers.<br />
That speeds up project completion considerably.<br />
A key to increasing performance in automobile manufacturing is the modularization<br />
and standardization strategy that we pursue in product development. This strategy<br />
gives us proven base solutions that can be inexpensively and individually combined<br />
on the modular design principle. The most important advance in this area is FAStplant,<br />
the modular conveyor system concept designed for short-term configuration of a final<br />
assembly’s main line. Another contribution to cost reduction came from information<br />
systems like our EcoEMOS supervisory control systems and our EcoScreen visualization<br />
software. We have developed new Web-based versions of both programs. In<br />
addition to control, they also allow total monitoring of the production process, enabling<br />
rapid detection of production and logistics problems. In balancing technology, we<br />
launched the CAB 900 measuring system, which uses a new software to determine<br />
imbalances quickly and very precisely. We also developed new software applications<br />
in weighing technology, such as remote access that allows users to call up data from<br />
any computer connected to the Internet. More information about new developments<br />
can be found in the reports from the business units beginning on page 18.<br />
In the future, we will use additional 3-D tools to speed up order handling further. A<br />
major goal is to reduce the costly pre-assembly of complete system modules and<br />
replace it with 3-D simulations for testing the performance of modules before shipping<br />
them. In addition to high-end products, we will also step up development of<br />
“baseline” products with simple, basic features that we can offer at a low price. Our<br />
development expenditures in 2005 will be at a level similar to the previous year’s.