LMP

Business

Laundromat Machine Profitability Calculator

Estimate washer and dryer cycles, monthly revenue, utilities, payment fees, maintenance reserve, operating profit per machine, and washer turns required to break even.

Monthly washer cycles-
Monthly paid dryer cycles-
Washer revenue-
Dryer revenue-
Total monthly revenue-
Cycle-driven utility cost-
Payment processing fees-
Machine maintenance reserve-
Monthly operating profit-
Operating profit per machine-
Break-even washer turns per day-

Decision view

Machine-bank turns, dryer attachment, and daily profit cadence

Machine-bank turns, dryer attachment, and daily profit cadenceThe washer bank initiates each customer cycle, the dryer bank captures attached demand, and a live threshold shows required turns.
Exact scenario comparisonAverage washer turns per day changes while all other entered assumptions remain constant.
Average washer turns per dayMonthly washer cyclesMonthly paid dryer cyclesWasher revenueDryer revenueTotal monthly revenueCycle-driven utility costPayment processing feesMachine maintenance reserveMonthly operating profitOperating profit per machineBreak-even washer turns per day

How to use Laundromat Machine Profitability Calculator

  1. Enter only operating washers and dryers, then use average paid washer turns from meter or payment-system data.
  2. Enter actual average prices, dryer attachment, and metered utility cost per paid cycle.
  3. Include rent, attended labor, payment fees, and a realistic maintenance reserve before reading profit.

Calculator guide

Understanding Laundromat Machine Profitability Calculator

A laundromat is a paired-machine system: washer turns initiate visits and dryer attachment determines the second revenue stream. Profit depends on cycle contribution after utilities, payment fees, maintenance, rent, and attended labor.

Washer demand clock Washer turns establish the customer-volume base.
Attached dryer value Dryer use adds revenue and a separate utility burden.
Installed-bank reserve Maintenance is reserved across washers and dryers, not only active cycles.

Detailed calculation process

Detailed laundromat cycle and machine-bank profit calculation

The default machine bank contains 28 washers and 24 dryers, with 4.2 washer turns per day and 88% paid dryer attachment.

General formula: W=N_wtdD=WqR=Wp_w+Dp_d+R_oV=Wu_w+Du_d+(Wp_w+Dp_d)fM=(N_w+N_d)mprofit=R-V-M-Ft_BE=max(0,F+M-R_o)/{N_wd[(p_w+qp_d)(1-f)-u_w-qu_d]} Washer turns generate the base cycle count. Dryer cycles attach to washes, while utilities and payment fees scale with the corresponding revenue-producing activity.

What each symbol means

N_w operating washers (machines)
N_d operating dryers (machines)
t washer turns per washer per day (cycles/machine-day)
d operating days (days/month)
q paid dryer cycles per washer cycle (cycles/cycle)
p_w washer price (currency/cycle)
p_d dryer price (currency/cycle)
u_w washer utility cost (currency/cycle)
u_d dryer utility cost (currency/cycle)
f payment-fee rate (decimal)
m maintenance reserve per installed machine (currency/month)
F rent and attended labor (currency/month)

Worked substitution with the default inputs

1. Project the paired cycle streams W=28*4.2*30=3,528 wash cyclesD=3,528*0.88=3,104.64 dryer cycles Dryer demand is derived from washer activity rather than entered as unrelated traffic.
2. Build revenue and cycle cost R=3,528*$4.25+3,104.64*$2.25+$1,250=$23,229.44utilities=$6,398.38fees=$681.36 Payment fees apply to machine revenue, while other income stays outside the fee base.
3. Reserve machines and cover occupancy cost M=(28+24)*$85=$4,420profit=$23,229.44-$6,398.38-$681.36-$4,420-$12,800=-$1,070.30t_BE=4.50 The current 4.2 turns fall about 0.30 turns per washer-day short of modeled break-even.

At the entered machine bank and prices, monthly operating profit is negative $1,070.30 and modeled break-even is approximately 4.50 washer turns per day.

Worked situations

Practical examples

  • Twenty-eight washers at 4.2 turns per day for 30 days produce 3,528 washer cycles.
  • An 88% dryer attachment adds 3,104.64 paid dryer cycles, but the default cost structure still produces a $1,070.30 monthly loss.

Better inputs

Useful tips

  • Separate free dryer promotions from paid dryer cycles.
  • Use blended water, sewer, gas, and electricity cost from recent bills and meter counts.
  • Track out-of-service machines; installed equipment that cannot accept payment should not be counted as operating.

Before relying on the result

Limitations and common mistakes

  • The model does not split machine sizes, vend prices, or utility consumption by model.
  • Lease escalations, depreciation, taxes, debt service, refunds, and owner compensation are not separately modeled.
  • Demand may vary materially by weekday, season, neighborhood, and competitive pricing.

Reference

Key terms

Turn
One paid operating cycle on a machine.
Dryer attachment
Paid dryer cycles divided by washer cycles.
Cycle contribution
Cycle revenue remaining after payment and utility cost.

Important note

Meter counts and payment-system exports are more reliable than customer traffic estimates. Reconcile modeled cycles to utilities and cashless settlements.

Frequently asked questions

Why can break-even turns be below current turns while profit is negative?

It should not be when the same inputs are used; check other-income treatment and confirm that all fixed and machine costs are included consistently.

Should vending income be included?

Yes, place soap, snack, or wash-and-fold contribution that is not tied to the cycle equations in other monthly income.

How should free dryer time be handled?

Use only paid dryer cycles and include the utility cost of promotional dryer use separately if it is material.