1) Put kits where the work happens

Distance slows everything down. We moved kits right to the production line instead of keeping them near receiving. Each work cell got a labeled rack with one spot per job. Walking dropped, scanning improved, and work flowed faster.

2) Split big kits into two parts

Large kits look complete until one shared item runs out—and then multiple jobs stop. We fixed this by splitting kits
🐦‍🔥Core kit: Parts specific to one job
🐦‍🔥Micro-bin: Shared items like fasteners, managed with simple min/max levels
If a shared item runs low, the job kit still stays intact.

3) Let the container hold the memory

Loose bins get forgotten. Each kit now has a scannable ID and a printed pick list in the order people actually load parts. Kits are scanned when they go to the line and scanned back when the job closes. No typing. No guessing later.

4) Make returns part of the job

Returns used to disappear into pockets or bins. Now, returning parts is a clear step: tap the item, scan the bin, and you’re done. Used parts get tagged NOT FOR STOCK and sent to a small bench for review. This stopped used parts from sneaking back into inventory.

5) Only consume parts with proof

Auto-consuming parts at job close hides problems. We now consume job-specific parts only when the kit is scanned back. Shared items refill automatically using min/max levels. Inventory errors dropped, and finance stopped chasing missing parts.

6) Use kitting cards that guide decisions

Each kit card shows three simple flags:
🐦‍🔥Substitution allowed (Yes/No)
🐦‍🔥Quality check required (Yes/No)
🐦‍🔥Serial number required (Yes/No)
The system guides the user, blocks mistakes, and reduces emails and delays.

7) Stage kits for the shift, not the week

We stopped building kits too far ahead. Kits are staged in smaller time blocks during the day, with a quick top-off check before the last break. Kits stayed accurate and up to date.