Design Engineering & Prototyping
From Concept to Production — Engineered Right.
Service Overview
The quality of an extrusion die is determined before a single piece of steel is machined. Profile geometry, bearing layout, weld chamber design, and mandrel architecture all have to be right at the design stage — because errors found in the extrusion trial are expensive to correct and time-consuming to resolve.
Phoenix Middle East offers front-end design engineering support for clients developing new profiles or improving existing ones. Our team reviews profile constructability, optimizes geometry for the extrusion process, and builds the die design brief that goes to the machining floor — reducing trial iterations and accelerating time to first good extrusion.
Reduce risk before production begins
Validate your design with Phoenix engineering and prototyping expertise.
Design Engineering Capabilities
Profile Design Review
- Extrudability assessment of proposed profile geometries
- Wall thickness and fillet radius optimization
- Void geometry and web placement review
- Tongue ratio and semi-hollow classification
- Tolerance band setting for commercial production
Die Design & Simulation
- Full 3D CAD die design and assembly modelling
- Metal flow simulation and bearing length calculation
- Weld chamber geometry for hollow and multi-port dies
- Pocket and relief geometry design
- Design iteration before machining — zero steel cost per revision
Prototyping & Development Support
Prototype Die Development
For new profile applications where the final production volume is not yet confirmed, we offer prototype-class die options that allow you to validate the profile in extrusion before committing to full production tooling specification.
Iterative Design Refinement
If your profile requires design changes between trials — modified wall thickness, adjusted rib geometry, or revised tolerances — we manage the iteration process efficiently, updating the die design and machining corrections in-house without restarts.
Production Transition Support
Once the profile has been validated, we support the transition to production tooling — ensuring design learnings are captured in the final die specification for consistent high-volume performance.
Ideal For
Product Development Teams
R&D & Engineering Functions
Developing advanced profiles for structural, thermal, or lightweight applications requiring simulation-backed die design.
Extruders Adding New Profiles
What to Provide When You Engage Us
- Profile drawing or concept sketch (PDF, DXF, DWG, or STEP file)
- Target alloy specification (e.g. 6063-T5, 6061-T6)
- Intended application and loading requirements
- Press parameters (container diameter, maximum press force)
- Commercial tolerance requirements and key critical dimensions
- Target production volume (to right-size the die specification)
New profile? Start with an engineering review — not a trial run
Start Your Project with Phoenix