LUXNER Engineering ZT GmbH is an independent engineering firm specializing in computer-aided engineering (CAE), lightweight design, product development , and software solutions.
With nearly two decades of experience, we support our clients throughout the entire design process—offering a comprehensive range of services tailored to meet complex technical challenges. Over the past 19 years, we’ve successfully contributed to projects across the globe.
As a certified and independent consulting firm, we deliver objective, unbiased results—providing a solid foundation for sound decision-making and helping our clients achieve optimal solutions, both technologically and economically.
NUMERICAL SIMULATION
Numerical simulation is a highly valuable tool for shortening product development cycles and enhancing product efficiency. However, these benefits can only be realized if the simulations are accurate and reliable—something that requires expert knowledge and the use of advanced simulation methods.
Take advantage of our proven expertise in numerical simulation for
- Linear and non-linear structural analyses
- Static and dynamic analyses
- Coupled problems
- Stability problems
- Fatigue analyses
LIGHTWEIGHT ENGINEERING
Modern lightweight materials like composites, cellular structures, and sandwiches offer great performance potential - but realizing it requires specialized modeling expertise.
With years of experience and strong ties to leading research institutions, we apply cutting-edge methods and insights to every project – particularly in the areas of:
- Composites engineering
- Lightweight design
- Cellular materials and foams
- Modern failure criteria and damage models
RESEARCH
Cutting-edge numerical simulation is key to solving today’s toughest structural challenges. That’s why we combine industrial expertise with active participation in research and development.
At our company, we specialize in numerical simulation for structural and strength-related problems across various industries. To stay at the forefront of technology, we regularly engage in research projects that drive innovation in material modeling and computational methods. This dual approach ensures our solutions are not only grounded in real-world application but also informed by the latest scientific advances. By bridging the gap between industry and research, we help our clients achieve more accurate predictions, improved designs, and shorter development cycles.
SOFTWARE DEVELOPMENT
Our experience has shown that reliable, user-tailored software tools can significantly boost both efficiency and motivation in an engineer's daily work.
Develop custom tools, extend existing systems, or automate repetitive tasks – with our support. We specialize in C++ applications, Python scripting, and Mathematica notebooks.
Our services include:
- Stand-alone software solutions
- Automated pre- and post-processing workflows
- Parametrized Finite Element models for optimization and design studies
- Custom extensions for commercial Finite Element software
