STAGE 04 OF 06

Simulation

Prove the part before cutting steel. Run our interactive FEA demo on a real jounce bumper — no sign-up required.

σ_vM PEAK 4.6 MPa · SF 1.6 MPa
FEA · JOUNCE_BUMPER.STLvon Mises stress
CROSLYNK FEA DEMO
axial compression
units: mm · N · MPa
Upload your own model for a quick FEA
.STL / .OBJ — runs locally, nothing is uploaded to a server
1500 N
8×
low
high
Request a quote — simulation only →

Demo solver. This browser demo uses simplified closed-form estimates for illustration. Production analyses at Croslynk run full nonlinear hyperelastic FEA with Mooney-Rivlin / Ogden material models.

Geometry validation

Before any simulation or tooling, every model is checked for manifold integrity, wall thickness and moldability. Here is the live report for the demo part:

Loading…

What we validate on your parts

  • Watertight / manifold geometry
  • Minimum wall thickness vs. process limits
  • Draft angles and undercut detection
  • Parting-line feasibility
  • Shrinkage & cure allowance
  • Mesh quality for FEA (aspect ratio, Jacobian)

Interactive 3D viewer

The same viewer powers our Modeling page, where you can upload your own STL/OBJ, inspect it and convert formats — free.

Open the model viewer & converter →

Material library

Typical engineering values used in our demo solver. Production projects use datasheet-verified, batch-tested properties from our rheometer and UTM.

OPTIONAL — REQUEST A QUOTE

Quote a simulation package

From linear stress checks to full nonlinear hyperelastic and fatigue studies — priced per load case, with a validation report included.

Attach drawing / model / spec
PDF, DWG, STL, STEP, SLDPRT, ZIP

We respond within one business day. Or use the full quote page.