Practical guides on quick-turn pcb fabrication, pcb assembly service, DFM, materials, and design for flex and rigid-flex — built to help your next build succeed.
Everything our CAM team wishes every rigid-flex designer knew: layer transitions, bend area rules, coverlay openings, stiffener strategy, and the tolerance stack-ups that decide whether your board folds cleanly or fails in the field.
DFM TipsBend radius, stiffener placement, and via keepouts — the rigid-flex design rules our CAM engineers check first, and how to apply them before you tape out.
PCB ManufacturingWhat happens to your Gerbers in a fast-turn fab line — and the design choices that make the difference between a 2-day and a 7-day build.
PCB AssemblyHow to package your BOM, pick-and-place data, and test requirements so your fast-turn PCBA build ships on the day promised.
MaterialsMaterial selection drives reliability, cost, and bend life. A practical comparison of polyimide, FR-4, and adhesiveless laminates.
PCB Design TipsMicrovia structures demystified — how to pick an HDI stackup that meets your routing density without blowing up the budget.
Industry NewsMarket trends behind the growth of flex pcb assembly — and what it means for lead times and supplier selection in 2026.
PCB ManufacturingGround plane placement, prepreg selection, and impedance targets — a field guide for 6 to 12 layer boards.
DFM TipsCoverlay vs. soldermask, copper balancing, and panelization traps that delay fast flex pcb prototyping — with fixes.
PCB AssemblyA practical decision framework for inspection coverage on prototype and low-volume pcb assembly service orders.
One practical article per month — DFM checklists, quick-turn strategies, and materials guidance. No spam, unsubscribe anytime.
Every article on this blog reflects what we check in production. Send your files for a free DFM review and quote within 24 hours.
