Using advanced CAD tools, we create accurate 3D mold designs that provide a complete visualization of the mold. This approach enables validation, reduces errors, and ensures manufacturing readiness for smooth production.
Phase 01 – Initial Design & Feasibility
Data Required:
- Final CAD data from customer
- Product drawings
- Material data sheet & shrinkage confirmation
- Mould specification sheet
- Customer requirements
Outputs:
- DFM (Design for Manufacturing) report
- Parting surface model for review
- Block size & Mold base size confirmation
Reviews:
- DFM corrections
- Mold layout
- Steel size
- Parting surface feedback
- Feed details & drop position inputs
- Sub-insert area finalization
- Undercut construction & Mechanism
- Ejection plan
Phase 02 – Detailed Design
Data Required:
- Mold layout confirmation
- Block size confirmation
- Mold base size confirmation
- Sub-insert area finalization
- DFM feedback
- Undercut concept & ejection plan
Outputs:
- Updated final DFM
- 90% completed design for review
- Hot runner concept data and runner design
- Completed mould specification sheet
Reviews:
- Undercuts
- Ejection system
- Inserts
- Cooling layout
- Die locks
- Standard parts and others
Phase 03 – Finalization & Handover
Data Required:
- Design review feedback
- Final hot runner data
- Customer-approved final DFM
- Mold flow report (for reference)
- Final mould specification sheet
Outputs:
- 2D drawings
- Final BOM
- Final 3D design data
- Hot runner feedback (if any)
Reviews:
- Final design approval
