AUTOMOTIVE TECHNOLOGY SHOW 2026
ENGINEERING FOR AUTOMOTIVE INNOVATION
EVOCON Studio supports companies in the development of sophisticated mechanical and mechatronic products – from design and simulation through functional prototypes to assembly, testing, and automation technology.
AUTOMOTIVE TECHNOLOGY SHOW 2026
29.-30. September
VENUE
Dr. Sieber Halle
Neulandstraße 15
74889 Sinnsheim
ENGINEERING EXPERTISE
Development expertise for demanding technical products
We combine design, simulation, materials, and manufacturing expertise into solutions that don't just work in CAD,
but are engineered for production, assembly, and series manufacturing.
SELECTED PROJECT EXPERIENCE
Engineering from the initial task through to a production-ready solution
CASE 01
Touchscreen Monitor – Product & Housing Development
Development of a touchscreen monitor including complete housing design and integration of the electronic components. In addition to installation space, mounting, weight, and heat generation, plastic warpage, material transitions, and light guides were taken into account. Moldflow analyses supported tool-oriented design and the definition of suitable gating concepts. The project work also included coordination with manufacturing and tooling, as well as the development of assembly and testing fixtures for small-series production.
CASE 02
Automotive Electronic Systems – Installation Space & Series Development
Mechanical development of electronics and control boxes for automotive applications based on defined installation spaces and specified electronic components. Circuit boards, fuses, connectors, and other components were integrated in a space-optimized manner and protected by plastic housings designed for manufacturability. The development was supported from interface definition and tooling coordination through to sampling and pilot production, all the way to a production-ready component.
CASE 03
Structural Development & Simulation
Development and optimization of mechanical support structures within defined installation spaces and interfaces. Starting from initial CAD concepts, geometry, ribbing, and mounting were developed iteratively and evaluated using FEA and modal analysis. The results were fed directly into further design iterations to specifically optimize stiffness and vibration behavior. At the same time, installation space, interfaces, and manufacturing-oriented design for metal casting processes were taken into account.
FROM DEVELOPMENT TO PRODUCTION
Industrialization is part of our product development
For us, good design doesn't end with the finished CAD model. Even during development, we consider how a product will later be assembled, tested, and manufactured cost-effectively. From simple assembly aids and test fixtures to automated assembly and testing systems, we develop the equipment required for reproducible, scalable production.
