Shenzhen tour · Dec 6–11

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Hardware engineering guides

Practical guides for hardware founders and engineers: design, DFM review, the EVT, DVT and PVT builds, sourcing and production. Engineered in San Francisco. Prototype builds, DFM and mass production in our own factory in Shenzhen.

Walk Shenzhen factories with us, Dec 6–11. See the tour

Topics

Component sourcing for startups: consigned vs kitted PCBA

Featured · Supply Chain

Component sourcing for startups: consigned vs kitted PCBA

Full sourcing vs kitted vs consigned PCBA, cut tape vs reels, counterfeit checks and 2027 lead-time planning: a component sourcing guide for hardware startups.

Illuminious Team · Oct 28, 2026 · 10 min read

Guides and articles

Metal Stamping Design Guide 2026: Progressive Die Fundamentals, Material Selection, Deep Draw, and Tolerance Control for High-Volume Custom Parts

Technical · Aug 5, 2026 · 12 min

Metal Stamping Design Guide 2026: Progressive Die Fundamentals, Material Selection, Deep Draw, and Tolerance Control for High-Volume Custom Parts

A comprehensive 8-section engineering reference covering progressive die stamping fundamentals, material selection from cold-rolled steel to specialty alloys, DFM rules for bend radii and hole spacing, tolerance standards, deep draw process design, tooling and die engineering, secondary operations, and cost optimization strategies for hardware teams scaling from prototype to millions of units.

Die Casting Design Guide 2026: Aluminum Alloy Selection, DFM Rules, and Defect Prevention for High-Pressure Die Cast Parts

Technical · Jul 29, 2026 · 11 min

Die Casting Design Guide 2026: Aluminum Alloy Selection, DFM Rules, and Defect Prevention for High-Pressure Die Cast Parts

A 9-section engineering reference covering HPDC fundamentals, aluminum and zinc alloy selection, DFM rules for wall thickness and draft angles, tolerance standards, defect prevention for porosity and cold shuts, tooling life, post-casting operations, cost optimization, and when to choose die casting over alternatives — with practical checklists for hardware teams moving from prototype to mass production.

CNC Machining Design Guide 2026: Material Selection, 5-Axis Strategies, and Tolerance Optimization for Custom Precision Parts

Technical · Jul 22, 2026 · 14 min

CNC Machining Design Guide 2026: Material Selection, 5-Axis Strategies, and Tolerance Optimization for Custom Precision Parts

A 10-section technical deep dive covering CNC machining fundamentals, material selection from aluminum to PEEK, DFM rules for wall thickness and corner radii, tolerance optimization strategies, 5-axis machining, surface finishes, Swiss lathe operations, cost reduction, quality inspection, and hybrid additive-subtractive manufacturing for hardware teams building custom precision parts.

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