As a former F1 design engineer, I am pleased to announce the establishment of my own business (as of July 2010), located near Cologne / Germany.
This site is intended to give a presentation of engineering services I am capable of offering to customers - carbon composite part development, as well as various kinds of mechanical design and development work. Specialized in free form surfacing, my passion is to create lightweight and functional design solutions based on the given requirements from the customer.
During the whole design and development process, it is also important to work in a most efficient and productive way since the use of "out of the box" software has turned out to be not sufficient enough. In most cases there is a need for customized software solutions - to ensure there is no waste of time and to boost productivity. Finding solutions has been occupying me for a considerable amount of time and as a result : I am also specialized in software development.
Engineering
Working with latest industry standard CAD software (Catia V5) we can support you with:
- Conceptual design,
- Assembly design,
- Package and DMU analysis,
- Fitting simulations,
- Creation of kinematic models,...
Feel free to get in contact...
CAD Service
Related to cad modeling, we are capable to do:
- Surface + solid modeling,
- Part design + development,
- Pattern and tooling design for composite parts,
- Technical drawings and documentation,
including:- Material specifications,
- Laminate specifications,
- Bonding specifications
What else...
There might be still some room for improvement in your CAD office in respect of:
- Ability to update existing models, once the geometry has changed,
- Usage of advanced modelling techniques,
- Usage of user-defined features to manage common standards,
- Weight control of the overall product,
- Product structure comparison, ...
Get in contact to find out whether we can help you out to solve your specific problems.
Software Development
We like to realize solutions that work.
Carbon fiber, is a material consisting of extremely thin fibers about 0.005–0.010 mm in diameter and composed of carbon atoms. The carbon atoms are bonded together in microscopic crystals that are aligned parallel to the long axis of the fiber. The crystal alignment makes the fiber