Since 1961, TEXSPIN has been a trusted name in precision bearing solutions, driving innovation across the automotive and engineering industries. Our products not only reduce vehicle friction and emissions but also contribute to improved fuel efficiency—making bearings true “green products.”
With over six decades of experience, TEXSPIN combines deep expertise in tribology, heat treatment, precision processing, and metrology to deliver cutting-edge, eco-friendly solutions for both conventional and next-generation powertrains—including IC engines, hybrids, EVs, and emerging hydrogen fuel cell systems.
Innovation is at the core of TEXSPIN’s DNA. Our advanced R&D Centre, equipped with state-of-the-art simulation, analysis, and testing technologies, transforms ideas into high-performance, lightweight, energy-efficient products. Leveraging CAD/CAM/CAE tools and finite element analysis, we design for durability by reducing Hertzian stress and optimising component topography.
From design and prototyping to validation and mass production, every project is handled by expert teams to ensure flawless execution. Our in-house Test and Validation Centre conducts rigorous vehicle- and bench-level evaluations. Techniques such as Weibull analysis allow us to predict bearing life and ensure reliable performance under demanding conditions.
TEXSPIN continues to evolve in sync with the automotive industry’s transformation toward automation and electrification. Our deep capabilities in chassis and drivetrain applications support innovations for autonomous vehicles and compact mechanical systems.
Today, with over 1,700 professionals and a legacy spanning more than 60 years, TEXSPIN stands as a complete solution provider—offering customised components, automated assembly lines, and specialty machinery. We operate under robust quality systems such as IATF 16949:2016 and hold multiple international patents, reinforcing our commitment to excellence.
TEXSPIN isn’t just a manufacturer – it is customers’ development and thinking partner, dedicated to delivering smarter, greener, and more resilient engineering solutions for the future of mobility.