Thanks to the production of individual injection moulds by our own toolmaking department, a large number of other customer-specific profile shapes are available. The profile form can be freely designed within the scope of our production possibilities to suit the respective goods to be transported and the purpose of transport. A fast availability is guaranteed.
Profiles with sprue parts
For special functional features, profiles with enclosed parts can be produced. To shape enclosed parts (made of steel, aluminium, etc.), it is important to ensure that appropriate undercuts are formed. Note: The orderer must provide a sufficient number of sprue parts, whereby approx. 5% excess quantity for sample production must be taken into account.
Injection-cast cams are individually manufactured profile parts for cam lobes, which are produced using injection molding and installed on cams. They serve as intermediaries for transport, positioning, and feeding tasks in industrial applications.
Injection cams are used in conveyor technology, the packaging industry, automation, and special-purpose machine construction. In combination with cam teeth, they enable defined and reproducible transport of products with individual guidance.
Injection-molded cams offer great design flexibility and can be precisely adapted to the specific goods being transported. This enables precise, repeatable, and reliable transport solutions.
Yes, thanks to in-house mold making, custom injection molds can be developed and manufactured. This allows for the realization of almost any technically feasible profile geometry tailored to the specific application.
Yes, profiles with integrated metal inserts can be manufactured. These are embedded during the injection molding process, providing additional mechanical or functional properties.
Metal inserts must be designed so that they can be securely anchored within the component (e.g., via undercuts). Additionally, the customer must supply them in sufficient quantities, including an extra amount for sampling processes.
In-house mold making enables rapid implementation. Delivery time depends on geometry, mold design, and quantity, and generally follows mold approval.
Technical drawings, or CAD data are required for an inquiry, ideally supplemented by details regarding the area of application and the goods to be transported. These serve as the basis for the design of the injection mold.