Industry
Simulation for Packaging
Design protective, efficient, sustainable packaging.
Key challenges
- Drop protection
- Material cost
- Sustainability
Common use cases
- Drop-test FEA
- Cushioning analysis
- Material optimization
Methods used in Packaging
Finite Element Method (FEM) for PackagingFinite Volume Method (FVM) for PackagingFinite Difference Method (FDM) for PackagingRunge–Kutta (RK4) for PackagingSemi-Implicit Euler for PackagingVerlet Integration for PackagingSemi-Lagrangian Advection for PackagingJacobi / Gauss–Seidel Iteration for Packaging
PolySim OS gives packaging teams a fast, browser-native path from idea to running simulation — no desktop install, no per-seat license shock, and an AI Copilot that turns plain-English intent into a working model.
Upgrade your workspace
Compute Mega Pack — $50
Best-value bulk compute: 6,000 Compute Tokens.
Products for Packaging
1:1 Onboarding & Training
$120A two-hour guided onboarding for you or your team.
Expert ServicesView →
Overage Protection
$5A soft-cap buffer so a job never fails mid-run on token limits.
Add-OnsView →
Physics Node Graph Fundamentals
$12Learn to build simulations with the visual node graph.
Courses & TrainingView →
Institution
$360/moFor universities: SSO, up to 500 seats, admin analytics.
Business & B2B PlansView →
Render Export Credit ×10
$3Export ten high-resolution simulation renders at publication quality.
Compute & CreditsView →
Citation / DOI Mint
$5Mint a citable DOI for a published simulation project.
Compute & CreditsView →
▶ Run it, don't just read it