Overview
Design plastic parts that mold reliably at target cost. We optimize wall thickness, draft, ribs, gates, and tooling strategy so your parts release cleanly and meet structural and cosmetic requirements.
Key Benefits
- Reduce tooling rework and first-shot failures
- Optimize part cost at target volume
- Cosmetic and structural requirements balanced
- Supplier-ready documentation for mold quotes
- Combine with AI DFM for instant pre-checks
Capabilities
Mold-Ready Part Design
Draft angles, uniform wall thickness, and rib design for reliable filling and ejection.
DFM Analysis
AI and engineer review for sink marks, weld lines, undercuts, and tooling complexity.
Assembly Integration
Snap-fits, living hinges, and multi-cavity assembly strategies.
Tooling Support
Gate location, parting line, and mold action recommendations for toolmakers.
Material Guidance
Resin selection for strength, UV, chemical resistance, and cosmetics.
Our Process
A structured approach that delivers results efficiently
Part Review
Assess design intent, volume, and cosmetic requirements
Day 1DFM Optimization
Apply molding rules and revise CAD for manufacturability
Days 2-4Tooling Prep
Parting line, draft, and gate recommendations for mold design
Days 5-6Release
Mold-ready STEP plus DFM report for your molder
Day 7Use Cases
How we apply injection molding & plastic dfm across industries
Consumer Product Housings
Cosmetic shells and internal structural parts for high-volume products.
Medical Device Enclosures
Clean, repeatable molded parts with tight tolerance interfaces.
IoT Device Casings
Small parts with snap-fits, bosses, and IP-rated sealing features.
