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When Silicone Tooling Actually Pays Off
A practical framework for calculating the real crossover between silicone tooling and additive manufacturing — before you commit a budget or freeze a design.
Get AccessFree Field Guide
One Tooling Decision. Four Different Right Answers.
Most teams don't calculate the crossover between silicone tooling and additive manufacturing — they inherit an answer from the last product, or from whoever wrote the RFQ template, and defend it after the fact. That habit costs more than a wrong guess on price. It costs a design freeze taken too early, a bridge-production gap nobody planned for, or a tool cut for volume that never arrived.
This field guide lays out the calculation stage by stage: why tooling cost is rarely the number that matters most, how the right answer shifts across four stages of a program's lifecycle, where geometry alone rules out molding, and how to model your own crossover volume instead of borrowing someone else's. It closes with a six-point checklist to run before you request your next quote.
- Discover why an 8–16 week tooling lead time and an early design freeze usually cost more than the mold itself.
- Learn which of the four program stages actually justifies cutting a tool — and which three don't.
- Get a six-step checklist to calculate your own crossover volume before requesting your next quote.

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