The extruded material can be aluminum alloys magnesium brass steel and other metals.
Plastic extrusion die design software.
Extrusion die design qform extrusion die designer qexdd is an automated system for 3d design of dies mandrels and other parts of the tooling set for extrusion of aluminum hollow and solid profiles.
Flat die design for sheet extrusion and extrusion coating.
This system helps create the solid model of a tooling set step by step using special parametric design tools.
The polyxtrue software has been successfully used to design new monoextrusion dies as well as to optimize existing dies.
Qform extrusion integrates all the features required for analysis and optimization of the most complicated extrusion processes.
Altair inspire extrude polymer formerly click2extrude polymer software is a simulation based environment designed to help polymer extrusion companies meet the ever increasing demands to produce complex profiles with tight tolerances quality surface finishes and high strength properties at reduced cost.
Flat spiral die design for coextruded blown films.
In die design problems often occur because the product designer has little or no appreciation for the impact of product design details on the ease or difficulty of extrusion.
Plastic flow s extrusion die design software polyxtrue is based upon a unique and proprietary theory that simulates flow of polymers taking into account not only the shear viscosity but also the elongational viscosity of the polymer.
It is used for simulation of solid semi hollow and hollow profiles as well as extrusion through multi hole dies.
We design and build tooling for all those processes but to date we have only been involved in extrusion dies for symmetrical profiles.
What is altair inspire extrude polymer.
Spiral die design for tubular film pipe extrusion and blow molding heads.
Side fed die cross head die design for pipes cables or blow molding extrusion.
Using the computer simulation of the flow in extrusion dies with polyxtrue you can develop the die channel geometry such that a uniform velocity distribution is obtained at the exit die balancing and the pressure drop in the die is minimized.
In many cases small design changes can drastically improve or degrade the extrudability of the product.
Industry wide benchmark testing has shown that.