Creating an extrusion process is a intricate and costly engineering endeavor. It involves a multitude of interacting phenomena that are challenging to predict precisely. The flow physics of polymers is particularly sensitive to variations in temperature, pressure, speed, pull force, friction, and the distinct properties of each material type.

The design of custom extrusion tooling depends heavily on an in-depth understanding of the forces involved, accumulated over decades of experience. This knowledge is applied through a disciplined iterative design process. Initially, a die design is crafted and then meticulously modified, incurring significant costs, until a profile can be consistently extruded. This process ensures both economic efficiency and adherence to the exacting specifications demanded by our clients. Trust our seasoned expertise for precision in custom extrusion tooling design.

Employing cutting-edge simulation tools, we analyze the fluid flow characteristics of polymer melts within even the most intricate extrusion dies. Visualizing these results empowers our engineering team to swiftly optimize and iterate on the design of the extrusion dies, significantly expediting product development timelines. Rely on our advanced simulation techniques for rapid and precise extrusion die design.