SILK
Texelis SILK Prototype Model: Innovative and Sustainable Mobility Solution
Texelis has made a significant advancement in the mobility sector with the launch of its SILK mobility solution for light rail applications. This groundbreaking product promises sustainability, innovation, and low wear kinetics, aiming to shape the future of transportation systems. SILK is designed to significantly reduce rail and wheel wear and optimize the total ownership cost throughout its lifecycle. With this innovative approach, Texelis aims to increase efficiency and sustainability in mobility systems, leading to a major transformation in the industry.
1:1 Scale Prototype Model: Texelis’ Innovative Solution on Display
The SILK mobility solution from Texelis has been brought to life through a 1:1 scale prototype model, meticulously produced by ARI Model. This model was showcased at the Berlin Messe Exhibition Center, weighing approximately 1.5 tons and crafted with the highest precision. Every detail of the model reflects Texelis’ innovative design philosophy and engineering excellence. The prototype highlights Texelis’ leadership in mobility solutions and its contributions to modern transportation systems.
Texelis Mobility Solutions: A Strong Collaboration with ARI Model
With the SILK mobility solution, Texelis is bringing new life to mobility solutions, and we at ARI Model are proud to be part of this project. The SILK prototype model, displayed at the exhibition, not only symbolizes Texelis’ engineering success but also showcases their innovative and sustainable mobility vision. Texelis is one of the leading players in the sector, known for its pioneering design and engineering expertise. This project further strengthens ARI Model's reputation for design and manufacturing excellence.
For more information about Texelis’ innovative mobility solutions, visit their website at Texelis website. Texelis continues to take innovative steps and develop sustainable solutions in the mobility sector.
Company: TEXELIS
Project Name: SILK
Location: FRANCE