Design for Manufacturability
Review part geometry and tooling risks before mold design starts.

A DFM review connects part requirements with practical mold design. The review can identify questions about the parting line, Anschnittposition, Gefälle, moving mechanisms and ejection before the design is approved.
Recommendations depend on the supplied CAD data, resin and quality requirements. For projects such as optische Linsenformen, gate position and surface requirements may need closer attention. The customer reviews the proposed direction before formal mold design proceeds.
Six practical decisions shape the discussion between part design and tooling.
Consider how the mold halves meet while protecting function and visible surfaces.
Review wall inclination for part release and potential surface damage.
Identify geometry adjustments that could improve manufacturability without compromising requirements.
Discuss how material enters the cavity and where flow behavior needs further study.
Assess proposed solutions for undercuts and other complex features.
Evaluate removal options against part geometry and material needs.
Published GPTMOLD visuals show related mold design and flow studies. Where flow behavior is a concern, the DFM discussion can connect to mold flow analysis. Project-specific review scope depends on the part data and requirements.
Examples of 3D tooling design from the GPTMOLD media library.
Related flow examples for two different molded parts.
The review creates a checkpoint before formal mold design.
Provide the 3D part file, Harz, expected volume and key quality requirements.
The engineering team assesses the proposed part and mold approach against manufacturing constraints.
Discuss the DFM report, resolve open questions and agree on the design direction.
Send your model and the requirements that matter most to your project. GPTMOLD can review the information and discuss the next engineering step.