Company Filing History:
2 out of 174 
1 out of 833,002 Years Active: 2002-2021
Title: Joseph J Laux: Innovating Automotive Structural Components with Patents
Introduction:
Joseph J Laux, a resident of Ermatingen, CH, is an eminent inventor who has made significant contributions to the field of automotive structural components. With three patents to his name and an extensive career in reputed companies like Magna Exteriors GmbH, Joseph J Laux has been a driving force behind numerous advancements in the industry.
Latest Patents:
One of Joseph J Laux's notable recent patents is titled "Method of reducing knit line during compression molding of carbon fiber SMC for complex 3D structural application." This patent addresses the challenge of knit lines in automotive sub frame components. By using a sheet molding compound infused with carbon fibers, Joseph J Laux ensures that the resulting three-dimensional structure lacks any knit lines or resin-rich areas. This innovation enhances both the flex modulus and tensile strength of structural automotive sub frame components, ultimately increasing their breaking load capacity.
Another noteworthy patent by Joseph J Laux is the "Optimized sizing for carbon fiber-sheet molding compound." This invention focuses on improving the mechanical properties of carbon fiber sheet molding compositions. By incorporating vinyl ester resin and utilizing a random carbon fiber distribution, Joseph J Laux achieves a significant increase in desired mechanical properties. The carbon fiber length ranges from 0.5 inches to two inches, and the loading percentage varies from 35% to 65%.
Career Highlights:
Joseph J Laux's career highlights are marked by his association with prestigious companies like Magna Exteriors GmbH. As part of his work in the automotive industry, he has revolutionized the development of various structural automotive sub frame components. Through his patents and groundbreaking research, Joseph J Laux has played a pivotal role in advancing the performance and quality of these crucial components.
Collaborations:
Joseph J Laux has had the opportunity to collaborate with accomplished professionals in his field. Notable among his coworkers are Christopher Cawthra and Wolfgang Diegmann. These collaborations have contributed to the collective expertise in automotive structural components and further enriched the knowledge pool in the industry.
Conclusion:
Joseph J Laux’s innovative patents have made significant strides in improving automotive structural components, specifically in reducing knit lines and enhancing mechanical properties. His dedication and contributions to the field of automotive engineering have undoubtedly paved the way for advancements in the industry. Joseph J Laux’s work continues to inspire future innovations and serves as a testament to the importance of patents in driving progress in the field of automotive engineering.