Whether you're prototyping with a partner like Formioo or working with custom molding specialists such as <a href="https://www.hollyplasticparts.com/plastic-injection-molding/" rel="noopener noreferrer" target="_blank" style="color: rgb(17, 85, 204);">https://www.hollyplasticparts.com/plastic-injection-molding/</a> , avoiding these mistakes can save time, cost, and hassle.Let’s break them down:1. Uneven Wall ThicknessInconsistent walls cause warping and shrink marks. Keep them uniform where possible and use gradual transitions.2. Sharp Thickness ChangesSudden shifts in thickness create stress points. Smooth out the geometry to help material flow better and avoid defects.3. C-Shaped Designs Without SupportOpen "C" shapes often warp or deform. Use ribs or redesign to improve strength, especially when using glass-filled materials.4. Overusing ChamfersToo many chamfers can hurt both function and tooling. Use them only where needed, for assembly or aesthetics.5. Poor Parting Line PlacementBad placement can lead to flash and defects. Work with your molder to align parting lines with clean edges.6. No Draft AnglesWithout a draft, parts stick in the mold. Add 1–2° draft to vertical walls to ensure smooth ejection.7. CAD File IssuesSending improper CAD formats leads to delays. Use standard formats like STEP or Parasolid to avoid compatibility issues.These design missteps are easy to make, but also easy to avoid if you plan ahead.

Whether you're prototyping with a partner like Formioo or working with custom molding specialists such as https://www.hollyplasticparts.com/plastic-injection-molding/ , avoiding these mistakes can save time, cost, and hassle.Let’s break them down:1. Uneven Wall ThicknessInconsistent walls cause warping and shrink marks. Keep them uniform where possible and use gradual transitions.2. Sharp Thickness ChangesSudden shifts in thickness create stress points. Smooth out the geometry to help material flow better and avoid defects.3. C-Shaped Designs Without SupportOpen "C" shapes often warp or deform. Use ribs or redesign to improve strength, especially when using glass-filled materials.4. Overusing ChamfersToo many chamfers can hurt both function and tooling. Use them only where needed, for assembly or aesthetics.5. Poor Parting Line PlacementBad placement can lead to flash and defects. Work with your molder to align parting lines with clean edges.6. No Draft AnglesWithout a draft, parts stick in the mold. Add 1–2° draft to vertical walls to ensure smooth ejection.7. CAD File IssuesSending improper CAD formats leads to delays. Use standard formats like STEP or Parasolid to avoid compatibility issues.These design missteps are easy to make, but also easy to avoid if you plan ahead.

Toopus

Design Tips: 9 Mistakes to Avoid When Designing Injection Molded Parts

Welcome back to another episode of Toopus. Today, we will dive into the top 9 mistakes to avoid when designing injection-molded parts. Learn more at <a href="https://www.hollyplasticparts.com/plastic-injection-molding/" rel="noopener noreferrer" target="_blank" style="color: rgb(17, 85, 204);">https://www.hollyplasticparts.com/plastic-injection-molding/</a>

Welcome back to another episode of Toopus. Today, we will dive into the top 9 mistakes to avoid when designing injection-molded parts. Learn more at https://www.hollyplasticparts.com/plastic-injection-molding/

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Design Tips: 9 Mistakes to Avoid When Designing Injection Molded Parts