LexiMechanic & Hawker
I’ve been thinking about how to streamline a precision watch factory so it stays fast and flawless—any thoughts on the optimal workflow?
Start by mapping every micro‑task in the line, then group similar steps into modular work cells—this keeps the flow smooth and lets you spot bottlenecks instantly. Use just‑in‑time parts delivery so the inventory stays low and the workers aren’t idling. Create one‑page SOPs for each station, written in plain language, and audit them daily; a tiny error can cascade in a precision shop. Add a small “quality checkpoint” after each major sub‑assembly, then feed that data back into the next station so adjustments happen on the spot. Finally, keep a log of every tweak—data‑driven, incremental changes will fine‑tune the rhythm without ever breaking the rhythm.
That’s a solid framework—one‑page SOPs plus JIT supply will cut waste. How do you plan to quantify the “tiny error” you mentioned?
I track tiny errors with a failure‑mode log—each defect gets a code, a timestamp, and a root‑cause note. Then I run a quick weekly analysis: tally the counts per code, calculate the rate per thousand parts, and flag anything above the acceptable threshold. This keeps the numbers concrete and lets me tweak the process before a flaw spreads.
Great, the failure‑mode log gives you clear data. How do you decide the threshold for each defect type, and do you re‑evaluate those limits as you collect more data?