About Valley Bearing Solutions

At Valley Bearing Solutions, we are passionate about redefining the bearing technology landscape. Our unwavering vision is to lead the industry in pioneering sustainable, maintenance-free bearing solutions. We firmly believe in the importance of technological advancement for human progress. Our mission is to revolutionize traditional bearing designs, creating new standards in performance, sustainability, and reliability, all made possible through our patented technology that completely eliminates the need for maintenance and lubricants in bearing systems.

Our journey began with our key founder, Robert Janian, an accomplished aerospace engineer with decades of experience. As he engaged with elevator companies, he recognized their unique challenges and needs. Elevator door rollers demanded excessive maintenance and relied heavily on various lubricants. Drawing from his wealth of experience and multiple patents in seal design across various industries, Robert ingeniously harnessed his profound understanding of PTFE properties to craft a versatile bearing design suitable for diverse applications.

Valley Bearing Solutions serves as a guiding light in pioneering innovation within the bearing technology sector. We relentlessly pursue this path of innovation and quality, all while upholding our unwavering commitment to environmental responsibility. Our flagship product, the VBS-1001 Elevator Door Roller, exemplifies our dedication, offering a maintenance-free solution that redefines industry standards.

Our ultimate goal is to empower industries, from elevators to conveyor systems, oil and gas to food and agriculture, by delivering custom bearing designs specifically tailored to their unique requirements. We are steadfast in our quest for technological progress and are driven by our vision of a greener, more sustainable future.

Join us in embracing the future of innovation with Valley Bearing Solutions. Contact us today and become an integral part of this remarkable journey towards a more efficient and environmentally sustainable future.