SWIFT INSERTS Development Process
Step 1. Part Identification
Step 2. SWIFT INSERT Design
Step 3. CAE ANALYSIS
Step 4. Production of SWIFT INSERT
Step 1. Part Identification
Consult with MNAM Experts to select part
Lookout for Large Asymetric Parts with huge production volume
Step 2. SWIFT INSERT Design
MNAM pre analyse the parts before designing cooling circuits
MNAM Desgin Engineers design the SWIFT insert
Step 3. CAE ANALYSIS
Engieering analysis with industry Standard software MoldEx 3D
Identify the Warpage Issues, predict the Cycle time criticle for ROI calculations
Step 4. Production of SWIFT INSERT
Additive Manufacturing & post processing of SWIFT INSERT
Mould assembly and validation of SWFIT INSERT
Value additions
- As much as 80% savings in Cycle times for OEM’s
- Lesser Part Warpage and Shrinkage
- Improved Packing Times
- Improved tool life
- Increased Production Capabilities for job shops
- Insert Development time as short as 2 weeks.
