Our cam timing belts are timing belts with welded profiles for transport, positioning and separation tasks. The individual design of the cams allows products to be safely conveyed, cycled or aligned. The profiles permanently attached to the timing belt surface ensure a high level of process reliability and enable customer-specific solutions for conveyor technology, packaging technology and mechanical engineering.
Cam timing belts can be precisely adapted to the respective application in terms of the number, shape and arrangement of the profiles. In addition to special profiles, more than 3,000 standard polyurethane profiles are available. Depending on the requirements, different manufacturing processes are used.
We are also happy to supply cam timing belts in the design that suits you:
Cam toothed timing belts with welded-on profiles (cams) used for precise transport, positioning, and feeding tasks. They are used in conveyor technology, packaging machines, automation, and special-purpose machine construction, among other applications.
Cam toothed timing belts enable precise conveying, positioning, and indexing of products. Individual positioning of profiles allow for customized transport solutions with high repeatability and reliable product guidance.
Cam toothed timing belts are particularly suitable for conveying and transport tasks with defined product spacing or precise positioning. Typical applications include packaging systems, feeding systems, automation technology, and handling and assembly processes.
Over 3000 standard polyurethane profiles are available for cam toothed timing belts. The profiles are manufactured as injection-molded parts and can be machined, for example, drilled or milled, depending on the application.
Yes, cam toothed timing belts can be manufactured with custom profiles in individual shapes, quantities, and arrangements. Special profiles can be produced by injection molding or 3D printing, depending on the requirements.
The profiles are permanently welded onto the timing belt surface. This creates a robust connection for reliable product transport and precise positioning, even in dynamic applications.
Custom profiles are used when standard profiles do not meet the requirements of an application. 3D-printed profiles are particularly suitable for prototypes, small production runs, or complex geometries.
The selection of the appropriate profile depends on the product shape, weight, speed, positioning accuracy, and environmental conditions. The desired conveying function, as well as the number and arrangement of the profiles on the timing belt, are also crucial.
