Company Filing History:
Years Active: 2017
Title: Innovations in Wood Lamination: The Work of Inventor Peter Aeschilmann
Introduction
Peter Aeschilmann, an inventor based in Windisch, Switzerland, has made significant strides in the field of wood manufacturing with his innovative approach to laminated wood. With one patent to his name, Aeschilmann's work focuses on creating a pliable bentwood laminate, which has potential applications in various industries requiring durable and flexible materials.
Latest Patents
Aeschilmann's patented invention, titled "Bending wood laminate and bent shaped part produced therefrom," addresses the need for versatile wood laminates. The invention features a unique structure comprising an intermediate layer forming a central core, flanked by two outer timber layers made of rotary cut balsawood veneer. The design ensures resilience and flexibility, allowing the laminate to maintain an inner bending radius of between 100 mm and 250 mm. This functionality opens new avenues in crafting bent shapes for furniture and construction.
Career Highlights
Peter Aeschilmann is associated with Airex AG, where he applies his innovative techniques to enhance wood lamination processes. His work has not only contributed to advancements in the manufacturing sector but also showcases his commitment to sustainable practices through the use of natural materials and efficient design.
Collaborations
While specific collaborations are not detailed, Aeschilmann's position at Airex AG suggests he might work alongside other professionals in the field of wood technology and innovation, potentially encouraging further advancements in durable and flexible wood products.
Conclusion
Peter Aeschilmann's contributions to wood lamination represent a valuable leap in material science. His patent for bending wood laminate exemplifies the potential for innovation in woodworking techniques and serves as a foundation for future developments. As industries continue to seek sustainable and flexible materials, Aeschilmann's work holds promise for various applications, reinforcing the importance of such innovations in today's market.