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Annual Report 2001 - KSPG AG

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28<br />

Management report on the Kolbenschmidt Pierburg Group<br />

Executive Board report<br />

The core competence of Aluminum<br />

Technology is the casting of engine<br />

blocks from aluminum according to<br />

various processes. Due to the ongoing<br />

substitution of gray cast iron by lightweight<br />

aluminum, the market is still<br />

growing. Given the continuously rising<br />

technical requirements and falling<br />

market prices, close and cooperative<br />

OEM teamwork and simultaneous<br />

engineering have proven themselves.<br />

The division’s development activities<br />

focus on process refinements, further<br />

and new developments of cylinder<br />

sleeve concepts, material developments<br />

including technologies for local<br />

material reinforcement and added<br />

downstream machining (vertical integration).<br />

The strategy of sharpening<br />

our profile over rivals through wideranging<br />

concepts and specific problem<br />

solutions over competitors is making<br />

good progress.<br />

Maintaining high quality standards<br />

while keeping manufacturing costs<br />

down calls for constant and reproducible<br />

processes. The division’s process<br />

development covers the entire production<br />

chain from the casting to the<br />

ready-to-ship product. Computer-aided<br />

simulation tools for mold filling and<br />

solidification are used in the development<br />

of new products right from the<br />

start. In fact, computer-aided process<br />

planning comprises the entire valueadding<br />

chain. Conventional engineering<br />

techniques are constantly being<br />

fine-tuned, too. The automatic monitoring<br />

and controlling of the casting<br />

process have become an integral<br />

element of production technology.<br />

New technical solutions concentrating<br />

on the central and critical element of<br />

the engine block, the cylinder sleeve,<br />

will continue to be the force driving<br />

new product concepts. The fact that the<br />

division has all the standard solutions,<br />

especially for gasoline engines, as<br />

well as concepts of its own, will enable<br />

it to stand out in the marketplace.<br />

Within this context, a megaproject for<br />

a new aluminum engine block to go<br />

into a strong-selling V6 engine was<br />

awarded by a German carmaker.<br />

The commencement of new projects,<br />

mainly in the low-pressure casting<br />

sector, was a focal point of product<br />

and process development. In recent<br />

years, more and more high-performance<br />

passenger car diesel engines<br />

have been using an aluminum engine<br />

block. In two ambitious projects, including<br />

a ten-cylinder V-engine, the<br />

preproduction phase was successfully<br />

completed. In <strong>2001</strong>, innovative<br />

ideas for engineering the cylinder<br />

sleeve were again explored.<br />

This division’s R&D expenses amounted<br />

to €5.0 million in the past fiscal<br />

year, 3.7 percent of sales.<br />

In fiscal <strong>2001</strong>, R&D activities by Motor-<br />

Engineering focused on the core areas<br />

of exhaust gas measuring units, flowmeters,<br />

and measuring equipment for<br />

workshops.<br />

In the measurement of exhaust gases,<br />

product generation 4000 made further<br />

advances. The same applies to the<br />

CVS 4000 exhaust gas dilution system,<br />

the particle collector, and the minidiluter.<br />

A new automated CHD 4000<br />

dynamometer saw development startup.<br />

These efforts continued against<br />

the background of employing only the<br />

latest technologies to achieve the<br />

prescribed cost reduction targets.<br />

The expected series production of gasoline<br />

engine high-pressure injection<br />

systems (GDI) in Europe and the USA<br />

was shelved beyond the year <strong>2001</strong><br />

and hence resulted in a postponement<br />

for Pierburg Instruments Inc. in the USA<br />

in the use of precision flowmeters for<br />

high-pressure applications. In 2002,<br />

the product range is being rounded<br />

off with a system metering the intake<br />

air of I.C. engines in order to meet<br />

customer demands for single-source<br />

measuring units.<br />

The measuring equipment for workshops<br />

unit pushed ahead with a PCaided<br />

version of the diesel opacimeter<br />

for measuring diesel exhaust gases.<br />

Work continued on an intelligent<br />

interface for communicating with<br />

automotive control units. The basis<br />

for this are the expected EOBD regulations<br />

(European On-Board Diagnosis)<br />

as well as the alternative exhaust gas<br />

inspection methods of a well-known<br />

German carmaker. Work on a new<br />

monochrome graphics adapter for<br />

gas testers was also completed, as<br />

was the origination of software for<br />

bidirectional data communication<br />

between gas tester and computer.<br />

MotorEngineering spent €3.2 million<br />

on R&D activities, equivalent to 8.4<br />

percent of sales.<br />

Final inspection at the<br />

solenoid assembly line<br />

at the Neuss plant

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