Hardware Founder Workbench

Hardware Startup Manufacturing Planner & Region Optimizer

China vs. Taiwan vs. USA Engine

1. Bill of Materials (BOM) & Tier Structure

Tier Component / Sub-assembly Type Dependencies China ($) Taiwan ($) USA ($) Action
Supply Chain Interlock Cascade (ECO Simulation)
Select a critical component to trigger an Engineering Change Order (ECO) and observe ripple delays across Tier-1 and Tier-2 suppliers.

2. Regional Landed Cost & Risk Analysis

China (Shenzhen)
$93.50
Cluster Proximity: 9.5/10
Taiwan
$104.70
Quality / Precision: 9.0/10
USA (Domestic)
$258.00
Tooling Lifespan: 9.8/10
Dependency Interlocks 10 interlocks
Complexity Level High (10 interlocks)
Supply Chain Risk 78 / 100

Expert Manufacturing Trade-off Synthesis

Build prototype in Taiwan/USA for precision, scale initial pilot in Shenzhen cluster for component proximity.

Source Evidence (Manufacturing CEOs): "In China, almost every product is produced where suppliers are nearby (electronics in Shenzhen). An assembly factory buys plastics from one company, springs from another, emblems from a third. In Taiwan, pricing is competitive and quality is higher, but visit the plants to verify domestic origin."

Batch Economics (5,000 units)

China Total Tooling & Production Run: $467,500
Taiwan Total Tooling & Production Run: $523,500
USA Total Tooling & Production Run: $1,290,000

Component costs and assigned dependency coefficients drive manufacturing planning

Read the explanation

Each regional unit cost sums all component costs and rounds the total to two decimals. Hypothetical regional parts eighty plus forty dollars total one hundred twenty; eighty plus eighty total one hundred sixty. Bars share two pixels per dollar. Batch volume is exported separately and does not multiply these unit cost fields. Regional cost claims are saved assumptions, not supplier quotes. The source risk score is thirty plus four point eight times total dependencies, rounded and capped at ninety-nine. Eight dependencies yield sixty-eight after rounding; ten yield seventy-eight. Bars display the underlying sixty-eight point four and seventy-eight before score rounding at four pixels per point. The ten-dependency five-component fixture is also locked at seventy-eight. This is a source convention, not a calibrated failure probability. The engineering change simulation rounds dependencies times one point eight for delay days. Eight dependencies give fourteen point four rounded to fourteen; ten give eighteen. Bars share twelve pixels per rounded assigned delay day, comparing fourteen and eighteen. Complete native JSON/reset and responsive first-footer checks retain original dependency and component fields. Delay and manufacturing recommendation claims are unverified.

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