'impressive performance'

The FORTUNE ROTO CONTROL Leaf Air Shafts are thoughtfully designed and recommended for use with thin-walled cores or narrow cores. Our leaf type air shafts have a wide array of applications and can be used with thin-walled paper, steel, plastic, or fiber cores. FORTUNE’s Leaf Shafts are cost effective and lightweight - delivering impressive performance for you operations.. • Leaf-style design delivers more winding surface, and is best for the elimination of thin wall core deformation

A Cantilever Air Shaft is a specialized shaft designed for easy roll loading and unloading without the need for support on both ends. It is widely used in applications where quick changeovers and efficient handling of rolls are required, such as in slitting, rewinding, and unwinding processes. The shaft operates by inflating an internal bladder, which expands to grip the core securely, ensuring stable and precise web handling. At Fortune Roto Control, we provide high-performance Cantilever Air Shafts engineered for durability, reliability, and ease of use. Our shafts are designed to improve operational efficiency, reduce downtime, and meet the demanding needs of modern industrial applications.

Fortune Safety Chuck ensures safe, quick, and reliable shaft holding for winding and unwinding applications. Designed for high-speed operations, it enhances productivity while reducing maintenance. Its durable construction and precision locking mechanism prevent slippage, ensuring smooth performance. Upgrade your machinery with Fortune Roto Control’s trusted Safety Chuck technology.

Friction Ring Ball Lock is an advanced shaft-locking mechanism designed for high-speed winding and unwinding applications. It ensures secure torque transmission with minimal slippage, enhancing efficiency in web handling systems. The ball-locking mechanism provides firm grip, easy engagement, and quick release, making it ideal for various industrial applications like printing, packaging, and converting. Built with durable materials, it offers long-lasting performance, reduced maintenance, and improved machine uptime.