Printer Cost per Page Calculator
Compare two printers using the pages you expect to print, the supplies included in the box, replacement yields, paper cost, and maintenance items. The result shows total ownership cost, all-in cost per page, and whether the higher-priced printer catches up during the period.
Lower-cost printerPrinter B
- Printer A total ownership cost
- $1,670.20
- Printer B total ownership cost
- $420.20
- Ownership-period savings
- $1,250.00
- Printer A all-in cost per page
- $0.12
- Printer B all-in cost per page
- $0.03
- Printer A replacement purchases
- 36 black, 12 color set, 0 maintenance
- Printer B replacement purchases
- 1 black, 0 color set, 0 maintenance
- Break-even point
- Printer B breaks even in month 5 after 2,000 pages
Ownership cost breakdown
| Printer | Purchase | Black supplies | Color supplies | Maintenance | Paper | Total |
|---|---|---|---|---|---|---|
| Printer A | $79.00 | $900.00 | $540.00 | $0.00 | $151.20 | $1,670.20 |
| Printer B | $249.00 | $20.00 | $0.00 | $0.00 | $151.20 | $420.20 |
Compares 14,400 pages over 36 months, using 12,600 paper sheets.
Replacement supplies are rounded up to whole cartridges, refill sets, or maintenance items.
How to use this calculator
- Enter your expected monthly black-only and color page volume.
- Set the ownership period, paper cost per sheet, and share of pages printed duplex.
- Enter each printer price, included yields, replacement supply prices, and replacement yields.
- Add any separately priced maintenance item, or leave its cost or life at zero to exclude it.
- Compare total cost, cost per page, replacement counts, and the break-even month.
How the printer cost is calculated
This calculator treats black-only pages and composite color pages as separate supply workloads. For an ownership period of t years, it uses H = 12 × t months. If monthly black pages are b and monthly color pages are c, then total black pages are B = b × H, total color pages are C = c × H, and total pages are P = B + C.
Paper sheets are reduced for duplex printing with S = P × (1 - d ÷ 2), where d is the duplex share as a decimal. At 100% duplex, two pages use about one sheet. At 0% duplex, each page uses one sheet.
For each printer, replacement purchases are rounded up to whole supplies:
black purchases = ceil(max(0, B - included black yield) ÷ replacement black yield)color purchases = ceil(max(0, C - included color yield) ÷ replacement color yield)maintenance purchases = max(0, ceil(P ÷ maintenance life) - 1), unless maintenance cost or life is zero.
The subtraction of one maintenance interval assumes the original drum, tank, printhead, or maintenance part is included with the printer. Total ownership cost is then printer price + black supplies + color supplies + maintenance + paper. All-in cost per page is total ownership cost divided by total pages.
What usually moves the answer
The purchase price matters most at low volume. As page volume rises, the included yields and replacement yields usually matter more. A cheap cartridge printer can look attractive on the shelf, but it may require many whole replacement sets before an ink-tank or laser printer uses its inbox supplies. Duplex printing affects both printers equally when they use the same paper, so it changes the total bill but usually does not change which printer wins unless the totals are very close.
How break-even is found
The break-even result starts with the printer that costs more to buy. It recalculates both cumulative totals one month at a time and returns the first month when that initially more expensive printer costs no more than the alternative. Whole-supply rounding can make the line uneven: one printer may jump ahead in the month when a cartridge or color set must be purchased.
What this leaves out
ISO cartridge and toner yields are standardized comparison measurements, not guarantees for every home or office. Page coverage, cleaning cycles, print quality settings, temperature, and intermittent use can change real yield. The calculator also leaves out electricity, repairs, subscriptions, shipping, sales tax, resale value, downtime, wasted pages, and any black ink used during color printing unless you adjust the inputs.
Worked example
Suppose Printer A costs $79, includes 120 black pages and 100 color pages, then uses $25 black cartridges rated for 300 pages and $45 color sets rated for 300 pages. Printer B costs $249, includes 6,000 black pages and 5,200 color pages, then uses $20 black supplies rated for 6,000 pages and $45 color sets rated for 5,200 pages. You print 300 black pages and 100 color pages per month for three years, paper costs $0.012 per sheet, and 25% of pages are duplex.
Over 36 months, that is 10,800 black pages and 3,600 color pages. Printer A needs 36 black replacements and 12 color sets. Printer B needs one black replacement and no color set. Both use about 12,600 sheets of paper. Printer A totals $1,670.20, or about $0.116 per page. Printer B totals $420.20, or about $0.029 per page. Printer B breaks even in month 5 after 2,000 pages.
Common questions
How do I calculate ink or toner cost per page?
For one supply, divide its price by its rated yield. A $25 cartridge rated for 300 pages costs about 8.3 cents per rated page. This calculator goes further by adding the printer price, starter supplies, color sets, maintenance items, and paper.
Should starter-cartridge yield be included?
Yes. The supplies in the box reduce what you need to buy during the ownership period. Use the starter or inbox yield for included yield fields, even when it is lower than the normal replacement yield.
What does composite color page yield mean?
Composite color yield is the rated number of color pages from the color supply set under the test method. For many printers, that means cyan, magenta, and yellow are treated together. Enter the combined cost of the supplies needed to get that stated color yield.
When does a more expensive printer pay for itself?
It pays for itself in the first month when its cumulative cost is no greater than the cheaper-to-buy printer. The month can arrive suddenly because replacement cartridges, bottles, toner, and maintenance parts are bought in whole units.
Do drums and maintenance kits belong in printer cost per page?
They should be included when they are separately priced recurring items. Enter the combined replacement cost and rated life if the items have similar intervals. If they differ a lot, run a conservative scenario or add the expected cost to the closest printer-specific supply input.
Why is actual cartridge yield lower than the advertised yield?
Rated yields are measured under standardized conditions so products can be compared consistently. Real-world use can differ because of page coverage, cleaning cycles, print settings, humidity, temperature, and long idle periods between print jobs.