Inspire Form sheet metal forming simulation

Check formability, blank shape and springback before you cut steel or build a die, with a simple workflow for product designers and process engineers.

Inspire Form thinning result on a formed sheet metal part

What Inspire Form does

Inspire Form simulates single or multi-stage stamping on the computer, so splits, wrinkles and thinning show up before the die exists.

Feasibility analysis
A fast check of thinning, splitting and wrinkling from the part geometry, early in product design while changes are still cheap.
Model setup
Set the material, orient the stamping direction, define symmetry, and apply pin, blankholder and drawbead constraints. A preformed shape can replace the flat blank.
Blank fit and nesting
Calculates the best-fit and standard blank shape, and nests blanks for progressive and transfer die layouts to improve material use.
Multi-stage virtual tryout
Simulates single or multi-stage forming, including trimming between stages, to validate the die process before physical tryout.
Springback and die compensation
Predicts springback after forming and trimming, and supports compensating the die surfaces.
Geometry preparation
Extracts midsurfaces and removes flanges and holes, so CAD parts are ready for forming analysis.
Results and reports
Review thinning, strain and formability results in the Analysis Explorer, and publish a PDF report.
Inspire Form model of punch, blank and die
Inspire Form model of punch, blank and die Image: Altair / Simutron
Stamped sheet metal parts in an automotive press line
Stamped sheet metal parts in an automotive press line Image: Siemens Digital Industries Software

Results from benchmarks and users

Numisheet 2022 springback benchmark
In the benchmark run by the Numisheet Benchmark Committee, Inspire Form received the top rating in the DP 980 steel category without stake beads. Source: Siemens white paper.
Pragati Engineering, India
A press tool maker cut physical tryout time by 50% and shortened tooling delivery from nearly a month to 1–2 weeks, according to a vendor-hosted case study. Source: case study.

Application areas

Automotive stamping
Body and structural parts, reinforcements and brackets.
Press tool and die makers
Validate the die process before physical tryout.
Appliances and enclosures
Drawn and formed sheet metal housings.
Product design
Designers check formability while the part is still changing.

Engineering benefits

Fewer tryout rounds
Find splits, wrinkles and thinning on screen first.
Less material waste
Blank fit and nesting improve material use.
Earlier decisions
Feasibility results arrive during product design.
Fits the Inspire family
Works alongside the other Simcenter Inspire tools.

About the name

Part of Siemens

Inspire Form was developed by Altair, now part of Siemens. Its current name is Simcenter Inspire Form.

Related tools

For hot forming and more advanced process work, partners point to HyperForm in HyperWorks.

Product information from public sources by Siemens and its partners.

Talk to a Softprint engineer about Inspire Form

See also HyperWorks · SimSolid · ThinkDesign · InsightPro.