The palletizing arithmetic a job ad implies
A new canning plant, sized in its own announcement at 225 million cans a year, advertised production roles whose duties include stacking finished goods onto pallets by hand. What that is per person, per shift, is not in the public record. We worked it out from the plant's own published numbers.
Three facts from the public record
- cited A production-associate posting whose duty line reads "Remove finished goods from the production line and stack them securely on pallets." Verified live September 2026 on the plant's own careers page.
- cited A trade-press announcement of the new facility at 225 million cans a year, with about 100 jobs at opening. Event date November 2025, verified September 2026.
- cited Shift structure from the same postings: first-shift production at the new plant; the company's other facility runs second and third shifts.
We do not name the company; every figure comes from its own public announcements and postings.
Pallets per person, per shift, with every input labeled
The ledger is the analysis. Every estimate is a slider on the right; the totals re-run as you move them, so the plant's real pattern replaces ours in one motion.
Those are our assumptions. Send the real pallet pattern and shift plan and we send back the version with your numbers in it: [email protected].
The job the ad describes is the job a palletizing cell exists to do
At two stackers on two shifts, each person lifts a pallet's worth of cans every five minutes, all shift, for the whole year. Three production shifts lowers the per-person load by a third and moves nothing else. The labor behind it, two to three operators at $55,000 to $65,000 fully burdened, is $110,000 to $195,000 per shift per year, so $220,000 to $390,000 a year across two shifts our estimate, and the arithmetic scales down honestly while the plant ramps: at half of nameplate it is half those figures and the same decision, arriving sooner than the ramp finishes.
What the decision costs to get wrong
When the plant reaches volume, palletizing is either a robot cell or two to three people per shift, per line. Integration engineering alone runs $18,750 to $80,000, and a cell that misses its promised rate is a $150,000 to $500,000 mistake that runs for years our research. Our standard is the one in the published record: the number is predicted before the plant spends and measured after.
What the plant receives
A two-page note with the ledger above, every assumption stated so the plant's team can swap in the real pallet pattern, and what a cell would have to deliver at 225 million cans for the labor math to close. The full predicted-then-measured study is a paid engagement with a fixed scope; the note is not it. Replying carries no obligation.
What is cited, and what is ours
- The plant's careers page (production-associate posting, duty line quoted verbatim), verified live September 2026. Withheld.
- Trade-press announcement of the facility at 225 million cans a year, event date November 2025, verified September 2026. Withheld.
- Burdened labor bands: HHA research, 2026, from federal employer-cost data and manufacturer surveys; itemized on request.
- Integration cost and miss-cost ranges: HHA research, August 2026, from integrator quotations and trade surveys; itemized on request.
Have a line like this one?
Send what the cell is meant to do. We reply with what we would measure, what it would cost to be wrong, and whether it is worth thirty minutes on a call. We reply within two business days.