CONTROLLED SHIPPING COST CALCULATOR
What every remaining day on CS1 or CS2 costs you, and when you are actually getting out.
If you are sitting on controlled shipping right now with an unbudgeted daily spend and no running total anywhere in the building, this is the number your plant does not have. Enter your volume, inspection time and clean-shipment position below. The calculator itemizes the daily burn, converts the clean counter into calendar days, and shows two dates: the day you become eligible to exit, and the day you are realistically released. PLI Sorting runs CS1 and CS2 containment across Ohio and the industrial Midwest — 216.440.6060.
Read this before you trust the answer. PLI Sorting sells containment, and we are one of the outfits a plant hires to staff CS1 and CS2. The panel further down that says CS2 normally requires an independent third party is a statement about your customer's procedure — but it is also a description of work we are paid to do, and you should read it knowing that. So this tool is built to be checked rather than believed: every line item is on screen, every formula is written out in plain language, and the defaults are industry-typical placeholders rather than numbers chosen to flatter us.
The arithmetic does not always end with “call PLI.” Below the method section there is a worked example of a real shape of CS1 job where bringing us in costs more than twice what covering it internally costs, and where the honest answer is keep it in-house. If a quote we send you disagrees with the numbers this page produces, the numbers are the thing to argue with.
THE RUNNING TOTAL.
Loaded with a typical automotive containment so there is a number on screen before you touch anything. Change any field and every line below updates. Nothing is sent anywhere; the arithmetic runs in your browser.
Daily burn, itemized
| Line item | Per day |
|---|---|
| Inspection labor — | — |
| Engineering support — | — |
| Fixed — space, materials, tags Entered directly | — |
| Third-party travel & admin — | — |
| Total per day | — |
Inspection capacity check
Clean counter and dates
What it costs
Cost of one escape
Conditions on this run
Inputs are within normal ranges. Nothing was clamped.
HOW THIS IS CALCULATED.
Every figure above comes from one of these six steps. No hidden coefficients, no proprietary multiplier.
- 1. Required inspector hours
- Parts per day multiplied by seconds per piece gives raw inspection seconds. Divide by the efficiency factor to account for the part of the shift that is not inspecting, then divide by 3,600 to get hours.
IH = (parts per day × seconds per piece ÷ E) ÷ 3600 - 2. Inspectors required
- Divide required hours by the hours one person covers in a day, then round up, because you cannot staff a fraction of an inspector.
N required = ceiling( IH ÷ (net shift hours × shifts) ) - 3. Daily labor
- You pay for the hours the work needs, or the hours you have on the clock, whichever is larger. Never both. If you are overstaffed you pay for the seats; if you are understaffed the hours still have to happen, through overtime or added heads.
daily labor = max( IH, staffed × shifts × net shift hours ) × loaded rate - 4. Daily burn
- Labor plus engineering support, plus the fixed cost of space, materials and tags, plus weekly third-party travel and admin spread over seven days.
daily burn = daily labor + engineering hours × engineering rate + fixed daily + weekly travel ÷ 7 - 5. Clean counter to calendar days
- Subtract what you have banked from what the stage requires, divide by shipments per day and round up to whole shipping days. Then stretch shipping days across the week, because a counter that only advances five days in seven takes longer in calendar time than it looks on a shipping schedule.
shipping days = ceiling( (required − banked) ÷ shipments per day ) calendar days = ceiling( shipping days × 7 ÷ shipping days per week ) - 6. Dates and totals
- Eligibility is stage 1 plus stage 2. Release adds the customer approval lag, and is shown as a band because that lag is the least predictable input on the page. Sunk cost is days already elapsed multiplied by the daily burn; the projected total runs from the first day of containment through to release.
eligible in = stage 1 days + stage 2 days release in = eligible in + approval lag (low edge) projected total = (days elapsed + release in) × daily burn
This tool is for planning only. It is not a release or disposition authority. It does not certify stock, does not close a containment, does not authorize a step-down from CS2 to CS1, and does not substitute for your customer's controlled shipping procedure. Only your customer releases you from controlled shipping. Use these numbers to budget, to staff and to argue for resources — then follow the procedure your customer has issued.
Every field marked EST is an assumption we have loaded so the page is useful on arrival. They are typical of automotive containment work in the Midwest, not measurements from your line. Replace them with PLI's own job data or your own time study before the output goes in front of a controller. Inspection seconds per piece and the efficiency factor move the answer more than anything else on the page.
WHEN THE ANSWER IS
DON'T HIRE US.
A containment calculator published by a containment company is worth nothing if it never says “keep this one in-house.” Here is a real shape of CS1 job we tell plants to cover themselves, with the arithmetic run through the same six steps as everything above.
The job
CS1 on a low-volume bracket. 900 pieces a day, an eight-second visual and gauge check, efficiency 0.80, one shift of 7.25 net hours. The plant already has a quality technician on that shift with slack in the day. Twenty clean shipments required, one shipment a day, shipping five days a week, three weeks of approval lag.
| In-house, existing technician | Per day |
|---|---|
| Inspection labor max(2.5 hr required, 7.25 hr staffed) × $38.00/hr — staffed hours govern | $275.50 |
| Engineering support 0.5 hr/day at $85.00/hr | $42.50 |
| Fixed — space, materials, tags Entered directly | $60.00 |
| Third-party travel & admin Nobody is travelling | $0.00 |
| Total per day | $378.00 |
Required inspector hours are (900 × 8 ÷ 0.80) ÷ 3600 = 2.5 hours a day, which is one inspector and most of a shift left over. The labor line is still priced at the full 7.25 staffed hours, because that technician is on the payroll whether the containment exists or not. Even on that deliberately unflattering basis the day costs $378.
The same job with us on it
| Outside crew — PLI or anyone else | Per day |
|---|---|
| Inspection labor 2 inspectors × 7.25 hr at a $52.00/hr billed rate | $754.00 |
| Engineering support Still yours — 0.5 hr/day at $85.00/hr | $42.50 |
| Fixed — space, materials, tags Unchanged; it is your floor either way | $60.00 |
| Third-party travel & admin $600.00/week spread over 7 days | $85.71 |
| Total per day | $942.21 |
A deployable containment cell is two people, so the line is never uncovered when one of them is at break or off sick, plus supervision, reporting and the travel that gets them there. That is an honest quote. It is also 2.5 times the internal number for two and a half hours a day of actual inspection content.
What the difference is worth
Run it to release rather than to eligibility and the gap widens with every day of approval lag: 49 to 88 calendar days at $378 is $18,522 to $33,264 in-house, against $46,168 to $82,914 with a crew on site. On this job the honest answer at 7am is put your own technician on it, document it properly, and spend the fifteen thousand on the corrective action that actually ends the containment.
Where it flips, and we say so. Hold the inspection time at eight seconds and the outside crew stops being the expensive option somewhere north of about 8,000 pieces a day — and well before that, the required hours stop fitting inside a shift your technician can absorb. Once the containment needs overtime, a second shift, or a person you have to hire, the internal number climbs past ours quickly, and the “we will just cover it” answer starts costing production somewhere else in the plant.
It also flips the moment the level does. On CS2 this comparison is usually not a choice at all — most OEM procedures will not accept your own people certifying stock at Level 2, so the third-party line is a requirement rather than a decision. The example above is a CS1 example for exactly that reason.
CS1 VS CS2: WHERE THE COST DIVERGES.
The inspection content is often similar. What separates the two is who is allowed to perform it, how long the clock runs, and how much of your engineering week it eats.
Who performs the inspection
CS1 you can run yourself. CS2 normally has to be an independent third-party containment provider your customer will accept. That is a rate change and a travel line, not just a badge change.
How the exit works
CS1 ends on a clean period and customer approval. CS2 ends by stepping down into CS1, where you serve a second clean period before release. Two counters, not one.
Reporting and audit load
CS2 typically carries daily reporting on the customer's format, a documented containment plan, and site visits. That is the engineering hours line, and it is rarely as low as two hours a day at Level 2.
What one escape does
On CS1 an escape resets the counter and is the usual route to CS2. On CS2 it resets a longer counter and restarts a conversation you had almost finished. Run the escape figure above before deciding what a shortcut is worth.
Where GP12 sits
Nowhere on that ladder. GP12 is launch containment on new or changed parts, planned in advance and exited on volume or time. It can run at the same time as CS1 or CS2, which is why it is a separate box on this page.
What the daily number is for
Once you can say what a day costs, every other decision gets easier: whether to add a shift to advance the counter faster, whether a fixture is worth building, and how hard to push the corrective action that actually ends this.
COMMON QUESTIONS.
How much does controlled shipping cost per day?
It is dominated by redundant inspection labor, so it scales with volume and inspection time rather than with the severity of the complaint. Work out the inspection hours the volume needs, price the greater of those hours and the hours you are staffing, then add engineering, fixed cost and any third-party travel. A few thousand parts a day at ten to fifteen seconds a piece typically lands in the low thousands of dollars per day. Put your own figures in the calculator above rather than trusting a benchmark.
Why is my CS2 cost so much higher than CS1 for the same part?
Three reasons stack. The customer normally requires an independent third-party provider at Level 2, so the rate is not your internal loaded rate. Travel and admin become real. And the total duration roughly doubles, because you serve a CS2 clean period and then a CS1 clean period after stepping down. Same daily inspection, far more days.
Can I use this as a controlled shipping exit calculator?
For planning, yes. It converts your clean shipment position into calendar days and gives you an eligibility date and a realistic release window. It is not an authority to exit. Only your customer releases you, and the sign-off is a human decision that lags the arithmetic.
Why does the release date come out as a range?
Because the approval lag is the least predictable input on the page and rendering it as a single day would be a false precision. The low edge is your entered lag applied to the arithmetic. The high edge reflects what happens in practice: an exit date built on a single clean counter is typically 30 to 60 days optimistic.
Is GP12 the same thing as CS1?
No, and the distinction matters when you are budgeting. GP12 is launch containment applied to new or changed parts for a planned period. CS1 and CS2 are escalations imposed after a quality problem. They are entered separately here because a part can be under both at once, and clearing one does not clear the other.
Do you provide the independent third party CS2 requires?
Yes. PLI Sorting runs both CS1 and CS2 containment, including the independent third-party containment your customer requires at Level 2, with the documented results that let them close it out. See controlled shipping or call 216.440.6060.
Where is my data going?
Nowhere. The calculation runs entirely in your browser. Nothing is submitted, stored or emailed, and there is no form in front of the result.
GOT THE NUMBER?
NOW END IT.
Every day you shorten is that number back in your pocket. PLI Sorting runs CS1 and CS2 containment, staffs the redundant inspection, certifies good stock, and reports on the schedule your customer set — so the counter advances and the case for release builds itself.
sales@phillipslightindustrial.com
Lines answered 24 hours a day, 7 days a week.