Our Services

Forming Simulation

Full Incremental (Multi-Stage) Forming Simulation
- Checking and Correcting for Splits, Cracks, Wrinkles
- Thinning and Formability Information
- Calculation of Forming Forces and Blank Holder Pressure
- Draw Bead Design and Development
- Process Development and Validation
- Suggest Modifications to Geometry, Process Parameters, Etc.
Part Feasibility Analysis (Inverse One-Step and/or Full Incremental)
- Thinning and Formability Information
- Identify Splits, Cracks, Wrinkles
- Blank Shape
- Forming Tonnage
- Suggest Modifications to Part Geometry
Spring-Back Prediction and Compensation
Blank Shape / Trim Development & Optimization
Draw Bead Development
Stamping Process Troubleshooting
Die Face Design
Tube Bending

Concept and Process Development & Troubleshooting

Die Face, Binder, Addendum Design & Development
- High Quality CNC Machinable Surfaces

Wide Range of Materials

Low Strength Steel (CQ, DQ, DDQ)
High Strength Steel (BH, IF, HSLA)
Advanced High Strength Steel (Dual Phase, TRIP, Martensitic)
Stainless Steel
Aluminum
Tailor Welded Blanks
Laminates
Hot Forming

CAD Services

3D Solid Modeling
2D to 3D Model Conversion
Part / Product Design
Tool Surfacing

Finite Element Analysis

Structural
Vibration
Thermal

Tool & Die Design

Progressive Die Design
3-D Progressive Die Strip and Process Layouts
Transfer and Stage Die Design
Transfer and Stage Die Process Layouts

All simulations include:

Surfacing of the forming stations
Return of blank shape
Return of all tooling geometry (NC machinable)
PowerPoint reports (Thinning, Forming Limit , etc.)
3D results (Thinning, Forming Limit , etc.) of forming
Video results (Thinning, Forming Limit , etc.) of forming
Forming Forces
Press Tonnage Estimation

Spring-Back Includes:

Unlimited iterations to get simulated part in to tolerance
Return of all compensated tooling geometry (NC machinable)

Blank-Unfolding Report which Includes:

Blank dimensions
Thinning information
Forming limit information
Material utilization
Blank mass
Nesting
2D blank geometry as IGES (included)