Computational tools for the injection molding process
This trademark includes the computational tools that can be applied to the thermoplastic injection molding process.
These tools allow to find answers to daily-life questions in a thermoplastic injection molding plant
The tools are the following ones:
- Calculation of the optimal number of mold cavities
- Cooling Time Calculation in Plastic Parts
- Parameters for the injection molding cycle
- Heat interchange in molds
- Tolerances for molds and plastic parts
- Tolerances and fits in injection molds
- Polymer data base Matplast®
For further information make click on each:
Cooling Time Calculation in Plastic Parts
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This tool can be used to calculate the cooling time in plastic parts with basic geometries, such as sheets, cylinders and spheres, hollows or solids, in order to determine cycle times for injection molding process.
https://www.icipc.org/site/en/ip/software/inyectools#sigProGalleriaccacf9315d
This tool allows to identify the optimal number of cavities that can be molded, knowing the equipment specifications. It also gives an economic estimation of the number of cavities that minimizes the production cost. 
This tool gives guidance for the design of a cooling system in an injection mold. The evaluation of the overall performance of a cooling channel system, taking into account the characteristics of the parts, machine and the conditions of the refrigerant and surroundings, can be performed.
This tool allows to determine the screw stroke (dosage, volumetric filling, and gravimetric filling), times of the stages of the injection molding cycle and the recommended temperature profiles.
How to order?
We offer use licenses for this application. To order, please send your non-binding inquiry on the following link.
We will process your inquiry immediately and answer you as soon as possible.
