The D-Code Podcast

The D-Code

Decoding electronics manufacturing! Sean Kincaid, Elias Malfavon, and Daniel Stanphill along with an expert guest, talk all things PCBA.

  1. 1d ago

    Apex 2026 - Ethan Shipp

    Every winter, the same mystery plays out on SMT floors across the country. A board that printed great in September goes back on the line in December. Same paste, same squeegee parameters, same board support, same stencil. Suddenly the paste stops rolling right, hangs up inside the apertures, and somebody picks up the phone to tell the stencil guy his stencil "stopped working." Down at the pick-and-place, static on the cover tape starts turning 0201 LEDs into jumping beans, flipping parts upside down in the pocket before the nozzle even gets there. Nothing broke on the machines. The building heat kicked on and your shop humidity tanked to 12%. At SMTA International 2026, Ethan Shipp from Ikeuchi USA ("the Dry Fog engineers") joined Elias Malfavon Jr., Sean Kincaid, and Daniel Stanphill at The D-Code booth to talk about one of the most overlooked variables in electronics assembly: relative humidity. We got into: • How atomizing water down to 7.5-micron droplets creates a "dry fog" that bounces right off surfaces (you can hold an open laptop three feet from the nozzle and pull it away bone dry) • Why Sean mounted his AKIMist "Green Egg" right next to his pick-and-place and watched his 0201 feeder static headaches vanish • The counterintuitive reason low winter humidity actually makes many air-cured conformal coatings and adhesives take longer to dry, even when your thermostat stays at 68 degrees • Building localized microclimates over specific SMT lines in high-ceiling warehouses without plumbing the whole building (plus the unofficial winter bonus of fewer shop-floor sick days)

  2. 2d ago

    SMTAI 2026 - Mike Young

    Walk onto almost any spotless SMT floor in the country, walk past the shiny pick-and-place lines, and open up the wave solder machine. Nine times out of ten, the only clean thing inside that cabinet is the molten wave itself right before it collapses into a crust of dross. Why? Because most soldering equipment is miserable to clean. And on a busy production floor, if a machine fights you on maintenance, maintenance does not get done. Mike Young (CEO and General Manager of SASinno Americas) started his career at Electrovert back in the early '90s and jokes that he is one of maybe three people in the entire industry who genuinely loves wave solder. Better yet, he spent years in the field as a manufacturer's rep listening to the daily moans and groans of process engineers. Now he builds machines around fixing the exact headaches engineers complain about. When Mike sat down with Elias Malfavon Jr., Sean Kincaid, and Daniel Stanphill at the SMTA International 2026 booth, we got into the practical, quality-of-life details you rarely think about when signing a PO, but feel every single week on the floor: • Designing wave cabinets where every door, preheater plate, and fluxer pulls straight out, plus automatic end-of-shift flux purging so nozzles do not crust up overnight • Current-draw sensors on heaters that warn you weeks before an element dies (beating Sean's traditional "hold your hand over the preheater to see if it burns" test) • Putting heaters at the very base of selective electromagnetic pumps so operators can actually shut the wave off at lunch instead of oxidizing solder and eating up nozzles just to keep the cylinder from sludging up • How one solid XYZ gantry platform took them from selective soldering into conformal coating and high-speed PCB laser marking

About

Decoding electronics manufacturing! Sean Kincaid, Elias Malfavon, and Daniel Stanphill along with an expert guest, talk all things PCBA.

You Might Also Like