Start an analysis with the right question.
Define the purpose, input quality and validation needs of a simulation alongside the product decisions.
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Our approach
t = geometric volume / mean flow. Compressibility, temperature-dependent volume, freezing, pressure drop and 3D flow are not solved. This is an analytical estimate; OpenFOAM/CFD is not executed.
01
Starting information
- Analysis objective and boundary conditions
- Suitable geometry and material data
- Comparison or validation criteria
02
Working outputs
- Analysis scope and input review
- A framework for interpreting results
- Validation and next-step plan
Related solutions
Design
Evaluate geometry alongside operating conditions, material behavior and manufacturability.
02Materials
Compare polymer families and grades using real operating conditions and verifiable technical data.
03Mold
Make the part, material and production targets the starting point for your tooling approach.
04Machine
Evaluate a machine with the requirements of the part, mold and process, rather than its model name alone.
05Simulation
Define the purpose, input quality and validation needs of a simulation alongside the product decisions.
06Process
Link manufacturing conditions, observations and quality results to the same product and revision.
Let’s think through
your next product.
Share your requirements. Explore materials and the manufacturing route together.
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Engineering Center
Use part, material, mold and machine records to estimate shot volume, mass and fill time from mean flow rate.