How Does a Hemodialysis Center Make Money?
A hemodialysis center is not priced like a normal medical office visit. Its main revenue unit is the dialysis treatment, usually delivered three times per week for each in-center patient. The National Kidney Foundation notes that in-center hemodialysis is usually done three times per week for 3 to 4 hours, which means patient census, station count, shift count, and payer mix drive the economics more than appointment volume alone.
For financial planning, think in treatments per month. A 16-station clinic running two shifts a day, six days a week, has theoretical capacity of about 832 treatments per month. Add a third shift and capacity rises to about 1,248 treatments per month. The question is not only whether the market has patients; it is whether referrals, transportation, access scheduling, missed treatments, and staff coverage can keep utilization high enough to cover fixed clinical overhead.
$281.71
2026 Medicare ESRD PPS base rate
CMS finalized this base per-treatment rate before wage, case-mix, outlier, rural, and other adjustments.
3x/week
Typical in-center rhythm
A patient commonly represents about 13 billable treatments per month before missed sessions or hospitalizations.
70%-85%
Useful mature utilization assumption
Below this range, a new clinic may carry full staffing and facility cost without enough treatment volume.
Medicare is the anchor payer. CMS says the 2026 ESRD PPS provides a bundled per-treatment payment, includes dialysis-related drugs, biological products, items, and services, and will pay roughly $6 billion to approximately 7,600 ESRD facilities. Commercial insurance, Medicare Advantage, Medicaid, AKI dialysis, home dialysis training, and hospital-related arrangements can change the average collected rate. In the model, the safest approach is to show Medicare-rate treatments separately from commercial and other payers, because one percentage-point change in payer mix can move annual EBITDA more than a small rent negotiation.
Revenue model shortcut
Use five linked inputs before you forecast revenue: stations, shifts per day, treatment days per month, station utilization, and average net collection per treatment. A base case might use 16 stations, 2.5 average shifts, 26 treatment days, 78% utilization, and $350 collected per treatment. Those assumptions produce about 811 completed treatments and about $283,900 of monthly revenue before any add-on payments or unusual case-mix adjustments.
Stations set capacity
Shifts set throughput
Utilization sets volume
Payer mix sets rate
Denials set cash timing
A simple base-case revenue build is: 16 stations x 2.5 shifts x 26 days x 78% utilization x $350 collected per treatment = about $283,900 per month. That number is useful, but it hides the risk: the same facility at 62% utilization and $315 collections produces about $203,000 per month, while fixed staffing, rent, water systems, and compliance obligations do not fall by the same percentage.
How Much Startup Investment Does a Hemodialysis Center Need?
A new hemodialysis center is capital heavy because the facility must be built around water treatment, infection control, emergency power planning, treatment stations, biomedical maintenance, medical gas or emergency systems where required, privacy, storage, IT, and survey readiness. For a leased 12- to 18-station U.S. center, a practical planning range is often $1.4M-$3.3M before real estate purchase. That is not a universal quote; it is a modeling range that depends on shell condition, state review requirements, landlord contributions, union or wage environment, equipment purchase versus lease, and how long the center must carry payroll before Medicare certification.
The biggest mistake is budgeting only for machines. Machines matter, but the facility infrastructure around them often costs more. Water treatment, reverse osmosis, pretreatment tanks, distribution loops, drainage, electrical capacity, HVAC, negative cash flow during survey, and the first 90 to 180 days of ramp can decide whether the opening budget is realistic.
| Startup cost category |
Typical planning range |
What the range includes |
Modeling note |
| Leasehold build-out and clinical construction |
$400,000-$900,000 |
Treatment floor, plumbing, drains, electrical, HVAC modifications, waiting area, exam and staff areas |
Higher if the shell was not previously medical or if landlord TI is limited |
| Dialysis machines, chairs, scales, monitors, and clinical equipment |
$250,000-$600,000 |
Treatment machines, backup equipment, treatment chairs, crash cart, scales, refrigerators, testing devices |
Lease, refurbished, or manufacturer financing changes upfront cash |
| Water treatment and utility infrastructure |
$150,000-$350,000 |
RO system, pretreatment, loop, monitoring, drain capacity, water testing setup |
A low budget here creates survey, downtime, and patient safety risk |
| IT, billing, security, furniture, and office setup |
$60,000-$150,000 |
EHR, revenue-cycle systems, phones, network, cybersecurity, office furniture, patient scheduling tools |
Revenue-cycle accuracy affects collections from the first claim |
| Licensing, certification, CON, legal, architectural, and consulting |
$75,000-$180,000 |
Architects, engineers, healthcare counsel, policies, survey preparation, payer credentialing support |
Certificate-of-need states can extend both time and professional fees |
| Pre-opening payroll, training, and medical director setup |
$150,000-$350,000 |
Administrator, nurse leadership, technicians, training, policy work, mock survey, recruiting |
Payroll can begin months before full reimbursement |
| Opening supplies and working capital reserve |
$300,000-$750,000 |
Dialyzers, bloodlines, concentrates, drugs, PPE, lab deposits, rent, utilities, payroll cushion |
This protects the clinic while patient census and collections ramp |
| Total estimated startup funding need |
$1,385,000-$3,280,000 |
Leased facility, excluding real estate purchase |
Use local bids before financing; this is a planning range, not a construction quote |
Planning warning
A dialysis center can pass a pro forma profit test and still fail a cash test if certification, payer enrollment, or referral ramp takes longer than planned. The reserve should cover payroll, rent, utilities, supplies, insurance, and debt service during the gap between opening readiness and steady claim collections.
What Monthly Operating Costs Put the Most Pressure on Cash Flow?
Operating costs in dialysis split into two groups. Some costs scale with treatments, such as dialyzers, bloodlines, concentrates, selected drugs, lab costs, laundry, PPE, waste, and hourly direct labor. Other costs behave like fixed capacity costs, including rent, administrator salary, medical director arrangements, water-system maintenance, biomedical service contracts, IT, compliance, insurance, and debt service. Profit improves when treatment volume rises because the center spreads fixed costs across more treatments, but only if labor scheduling, supplies, and missed treatments are controlled.
Labor is usually the most difficult category to manage because the center needs licensed oversight and trained technicians even before every station is full. BLS publishes current wage tables through its Occupational Employment and Wage Statistics, and local RN, administrator, dietitian, social worker, and technician wages can vary sharply by metro area. A model should therefore use local wage inputs, benefits, payroll taxes, overtime, agency coverage, and training time rather than one national payroll percentage.
| Monthly expense category |
Planning range |
Behavior |
What to watch |
| Clinical and administrative payroll |
$120,000-$220,000 |
Semi-fixed with step-ups as shifts expand |
Overtime, agency staff, training hours, missed treatments per labor hour |
| Medical supplies, dialysis supplies, drugs, and labs |
$85,000-$190,000 |
Mostly variable by treatment |
Cost per treatment, wastage, drug utilization, lab frequency, vendor terms |
| Rent, CAM, property charges |
$20,000-$50,000 |
Fixed |
Rent per station and escalation clauses |
| Utilities, water, sewer, regulated waste |
$15,000-$35,000 |
Mixed |
Water use, waste pickup, energy load, local sewer charges |
| Maintenance and biomedical service |
$8,000-$25,000 |
Semi-fixed |
Preventive maintenance compliance and machine downtime |
| Insurance, legal, accounting, revenue cycle |
$12,000-$30,000 |
Mostly fixed |
Claim denials, malpractice, billing controls, audit support |
| Medical director and contracted professional services |
$8,000-$20,000 |
Fixed or contracted |
Scope, quality oversight, meeting cadence, conflict rules |
| Admin, IT, cybersecurity, patient outreach |
$15,000-$35,000 |
Mostly fixed |
EHR fees, cybersecurity, referral materials, phone systems |
| Debt service or equipment lease payments |
$25,000-$80,000 |
Fixed |
Debt service coverage during ramp-up |
| Total monthly operating load |
$308,000-$685,000 |
Mixed |
Compare against completed treatments, not scheduled treatments |
Typical cash-pressure mix in a mature center
Payroll and treatment supplies are the first two categories to stress margin when utilization or collections lag.
Payroll
38%
Supplies, drugs, labs
29%
Facility and utilities
15%
Maintenance and compliance
9%
Admin and other
9%
What Staffing Model Does the Financial Plan Need to Reflect?
Staffing is not only a payroll line. It is part of regulatory readiness, patient safety, quality performance, and capacity. Federal Conditions for Coverage require qualified personnel, including nursing, dietitian, social work, and patient care technician standards. Under 42 CFR 494.140, patient care dialysis technicians must meet state requirements, complete an approved training program, and be certified within 18 months of hire under a state or national program. The same rule also describes qualifications for charge nurses, staff nurses, dietitians, and social workers.
From a modeling standpoint, the center should separate core staffing from shift-driven staffing. The administrator, medical director arrangement, nurse manager, dietitian, social worker, biomedical support, and billing supervision may exist even when census is low. Patient care technicians, staff nurses, reuse or supply support if applicable, and reception coverage step up as shifts and stations fill. That creates a common ramp-up problem: the center hires enough people to be safe and survey-ready before the revenue base is fully built.
One-line staffing test
Model labor per completed treatment, not just total monthly payroll. A clinic with $145,000 in payroll and 650 completed treatments has a $223 labor cost per treatment; the same payroll at 950 treatments falls to $153.
Illustrative clinical payroll allocation
The center should budget both patient-facing hours and required support roles that do not vary perfectly with treatment volume.
42% patient care technicians and direct floor support
26% RNs, charge nurse, nurse manager coverage
14% administrator and front office
11% dietitian, social worker, contracted support
7% training, overtime, float, and coverage reserve
A good budget also includes turnover and training. Dialysis technicians need modality-specific skills, cannulation competency, infection control discipline, documentation habits, and patient communication skills. When turnover rises, the center pays twice: first through hiring and training cost, and again through lower productivity, overtime, and quality risk while new staff learn the unit.
Where Is Break-Even for a Hemodialysis Center?
Break-even depends on average collection per treatment, variable cost per treatment, and fixed monthly cost. The cleanest way to model it is contribution margin. Revenue per treatment minus variable cost per treatment equals contribution per treatment. Fixed costs divided by that contribution equals the number of completed treatments needed to break even.
This is why the Medicare PPS rate is so important. MedPAC explains that the outpatient dialysis PPS uses a single treatment as the unit of payment and that the base payment is intended to cover operating and capital costs for efficient providers. Its payment basics report also notes that 85% of dialysis patients undergo hemodialysis, typically three times weekly, and that the 2025 base rate was $273.82 before adjustments. For a new independent center, Medicare-heavy payer mix usually means profitability must come from tight utilization, cost per treatment, denial control, and disciplined labor scheduling.
$180-$240
Contribution target per treatment
Useful base-case range after supplies, drugs, direct hourly labor, lab, and waste assumptions.
850-1,250
Monthly break-even treatments
Likely range for a 14- to 18-station clinic depending on rent, payroll, debt, and collections.
6-18 mo.
Ramp risk window
The period when cost structure is mostly live but census may still be below mature utilization.
The practical break-even question is not, “Can the center eventually fill?” It is, “How many months can the business fund losses while census grows?” A referral relationship that adds 15 patients sounds strong, but 15 in-center patients represent roughly 195 treatments per month. At $200 contribution per treatment, that adds $39,000 of contribution before fixed cost. If the clinic needs 1,000 treatments to break even and starts at 450, it needs several referral waves, not one announcement.
Which Regulatory and Quality Requirements Affect the Budget?
Dialysis is a regulated healthcare service, so compliance cost is part of the business model. CMS states that the Survey and Certification Program certifies ESRD facilities for Medicare participation by validating that the facility meets federal Conditions for Coverage and provides ongoing monitoring. A new center must plan for state survey, policies, staff qualifications, quality assessment and performance improvement, water and dialysate safety, emergency preparedness, infection control, patient assessment, and governance. The CMS ESRD facility provider certification page is the starting point for that pathway.
State requirements can add time and expense. NCSL explains that certificate-of-need laws require state approval for major capital projects or new healthcare facilities in covered states. As of its January 2025 scan, 35 states and Washington, D.C. operated CON programs, with wide variation by facility type and activity. Some states specifically regulate dialysis centers or kidney disease treatment centers; others do not. A founder should not sign a long lease until counsel confirms whether CON, state licensure, zoning, building review, and Medicare certification sequencing are compatible with the opening timeline.
1
Market and need review
Map nephrologists, hospital discharge patterns, competitors, CON exposure, and referral channels.
2
Site and design
Validate plumbing, water, power, parking, ambulance access, and patient transportation.
3
Build and equip
Install treatment stations, water system, IT, storage, safety systems, and biomedical controls.
4
Staff and survey
Hire leadership, complete policies, train technicians, run mock surveys, and prepare documentation.
5
Ramp and collect
Start treatments, monitor denials, QIP measures, missed treatments, payer mix, and cash reserve.
Quality also has direct reimbursement exposure. CMS says the ESRD Quality Incentive Program reduces payments to facilities that do not meet applicable standards, and the maximum payment reduction is 2% on traditional Medicare payments. A 2% reduction sounds small, but on $3.5M of Medicare revenue it is $70,000 per year before considering reputational damage, referral friction, and corrective-action cost.
Infection prevention is another cost center that should never be treated as optional. CDC dialysis safety materials emphasize bloodstream infection prevention practices, catheter exit-site care, hand hygiene, access monitoring, and standardized staff and patient education. The budget should include PPE, cleaning supplies, audit time, staff education, vaccine workflows, and infection-control leadership, not only treatment supplies. The CDC's dialysis bloodstream infection guidance is a useful operating reference for this part of the financial plan.
Which KPIs Decide Whether the Center Is Healthy?
The best KPI set connects clinical quality, treatment volume, reimbursement, and cash. A hemodialysis center can look busy while losing money if patients miss sessions, claims are denied, commercial mix is lower than modeled, or cost per treatment drifts. It can also look profitable while building hidden risk if quality scores, staffing, infection metrics, or water-system maintenance are weak.
CMS provider-data measures include dialysis adequacy, vascular access, hospitalization, readmission, transfusion, patient experience, and other measures. For example, CMS explains that adult hemodialysis patients with Kt/V lower than 1.2 have greater health risk. A finance model should not turn clinical measures into revenue hype, but it should recognize that quality affects QIP exposure, referrals, staffing time, and patient retention.
| KPI |
Formula or input |
Planning benchmark or interpretation |
Model connection |
| Completed treatments per month |
Completed billable treatments, excluding no-shows |
Track against station capacity and break-even treatments |
Revenue, supply cost, staff productivity, cash collections |
| Station utilization |
Completed treatments / available station slots |
Below 65% usually signals ramp, referral, or scheduling pressure |
Capacity planning and break-even timing |
| Average net revenue per treatment |
Cash collections and allowed amounts / treatments |
Compare Medicare, MA, Medicaid, commercial, and AKI separately |
Payer mix, revenue-cycle performance, valuation |
| Variable cost per treatment |
Supplies + drugs + labs + direct variable labor / treatments |
Rising trend requires vendor, protocol, wastage, and staffing review |
Contribution margin and break-even |
| Labor cost per treatment |
Clinical and admin payroll / completed treatments |
Use by shift and role; overtime should be separated |
Staffing model, shift expansion, margin pressure |
| Missed treatment rate |
Missed scheduled treatments / scheduled treatments |
Investigate transportation, hospitalization, patient communication, schedule fit |
Revenue leakage and quality risk |
| Claim denial rate |
Denied claims / submitted claims |
Even low single-digit denial changes can hurt cash during ramp |
Revenue-cycle staffing and working capital |
| Kt/V adequacy |
Dialysis dose measure reported for eligible patient-months |
Adult HD Kt/V below 1.2 is a warning signal in CMS measure language |
Quality, QIP exposure, physician/referral confidence |
| Days sales outstanding |
Accounts receivable / average daily net revenue |
Rising DSO drains cash even if accounting revenue looks strong |
Working capital and lender covenants |
A practical dashboard should show these KPIs by month and by rolling 13 weeks. Dialysis is recurring, so trends are more useful than one month of performance. If treatments are rising but cash is not, look at payer mix, credentialing status, denials, and DSO before assuming the problem is demand.
How Much Can an Owner Realistically Earn?
Owner income is not revenue, and it is not even EBITDA. In a hemodialysis center, money has to pass through direct treatment costs, payroll, rent, utilities, water-system maintenance, insurance, billing, compliance, taxes, debt service, replacement capex, and reserves before an owner draw is safe. The owner may also need to keep cash inside the company because a payer audit, quality issue, equipment failure, or slower census ramp can absorb several months of profit.
Public company margins are useful only as context, not as a promise for a new independent center. MedPAC reported that freestanding dialysis facilities had a 4.5% fee-for-service Medicare margin in 2024 and projected about 4% for 2026. Large operators also report all-payer results that reflect scale, contracting, purchasing power, clinic mix, and corporate overhead. An independent center should therefore model several owner-earnings scenarios instead of assuming chain-level economics.
| Scenario |
Annual revenue assumption |
EBITDA margin assumption |
EBITDA |
Cash available after debt, taxes, capex, reserve |
| Conservative ramp |
$2.6M |
3% |
$78,000 |
$0-$25,000; often reinvested rather than distributed |
| Base mature case |
$4.0M |
8% |
$320,000 |
$120,000-$190,000 depending on leverage and reserve policy |
| Upside high-utilization case |
$5.45M |
13% |
$708,500 |
$350,000-$500,000 if payer mix, staffing, and debt load hold |
Commercial payer mix can be the swing factor. DaVita's public filings state that commercial payor rates are significantly higher than Medicare, Medicaid, and other government payment rates, and that commercial mix is an important driver of average dialysis patient service revenue per treatment. That disclosure from a large operator's 2025 Form 10-K is a useful reminder: payer mix can make a clinic look strong or weak even when clinical volume is similar.
What Can Go Wrong Financially After Opening?
The financial risks are specific and measurable. They usually show up as one of five problems: the center opens late, fills slowly, collects less per treatment than modeled, spends more per treatment than expected, or has to absorb compliance and quality costs that were not budgeted. Because the business carries heavy fixed costs, a small forecast error can become a large cash need.
| Risk |
How it hits the numbers |
Early warning KPI |
Planning response |
| Slow referral ramp |
Fixed payroll and rent begin before enough treatments exist |
New starts per month; treatments versus break-even |
Carry 6-9 months of reserve and build referral commitments before opening |
| Payer mix weaker than forecast |
Average net revenue per treatment falls while costs remain similar |
Collections by payer; allowed rate by payer |
Model Medicare-heavy downside and avoid debt sized to upside mix |
| Staffing shortage or turnover |
Agency labor, overtime, training cost, lower productivity |
Labor cost per treatment; open shifts; turnover |
Budget wage premium, retention, cross-training, and supervisor capacity |
| Water system or machine downtime |
Missed treatments, emergency repairs, patient transfers, survey risk |
Downtime hours; preventive maintenance completion |
Fund maintenance contracts, testing, backup equipment, and repair reserve |
| Claims and documentation failures |
Denied revenue, delayed cash, repayment exposure |
Denial rate; days sales outstanding; audit findings |
Invest in billing controls, coding review, credentialing, and documentation training |
| Quality or infection-control issue |
Corrective action, reputational damage, potential QIP payment reduction |
BSI events, catheter rate, Kt/V, patient complaints |
Budget audit time, education, supplies, and accountable clinical leadership |
The risk table should be part of the financing case, not a paragraph at the end. Lenders and investors want to know what happens if treatments are 20% below plan, if collections take 75 days instead of 45, if the center adds a shift later than planned, or if the center has to fund a quality corrective action while revenue is still ramping.
How Should the Opening Timeline Be Modeled Financially?
The opening timeline matters because cash leaves before revenue arrives. A founder may spend money on site control, design, legal, licensing, build-out, equipment deposits, recruiting, and survey preparation long before the first billable treatment is collected. In healthcare, a delayed survey or credentialing issue does not merely move a ribbon-cutting date; it can add another month of rent, payroll, debt interest, and vendor deposits.
Months 0-3
Feasibility and site control: validate CON exposure, referral base, competitive capacity, station count, payer assumptions, lease economics, and lender interest.
Months 3-7
Design, approvals, and financing: complete drawings, engineering, equipment quotes, healthcare counsel review, financing package, and payer strategy.
Months 6-12
Construction and equipment installation: fund build-out draws, water system, treatment stations, IT, testing, utility upgrades, and inspection corrections.
Months 10-15
Staffing, policies, survey readiness: payroll begins before mature revenue; cash reserve should cover training, mock survey, documentation, and leadership time.
Months 15-30
Patient ramp and cash stabilization: track treatments, collections, denial rate, staffing cost per treatment, and working capital until the center reaches break-even.
Use a monthly model for the first three years, not only an annual projection. Annual projections hide the worst part of the business: the months when payroll, rent, utilities, insurance, and debt are live, while treatment volume is still 30%-60% of mature capacity. A monthly model also shows whether the center needs a revolver, equity reserve, deferred landlord rent, equipment lease structure, or interest-only debt period.
18-30 months
A realistic underwriting case often gives a new hemodialysis center this much time from project start to stable operating economics, especially when construction, certification, payer enrollment, and referral ramp are included.
How Is a Hemodialysis Center Typically Funded?
Funding has to match the assets. Build-out, water systems, machines, and equipment may support term debt or equipment finance. Working capital and opening losses need equity, a line of credit, or a funded reserve. A lender will look for healthcare operating experience, physician or nephrology relationships, a credible administrator, local demand analysis, payer-contracting assumptions, state approval status, and a debt service coverage plan that survives a slow ramp.
SBA programs may fit some projects, although lender appetite varies because dialysis is regulated and capital intensive. The SBA 504 program provides long-term fixed-rate financing for major fixed assets, with a maximum loan amount of $5.5 million. The SBA 7(a) program can be used for real estate, working capital, equipment, furniture, fixtures, and ownership changes, with a maximum loan amount of $5 million. For a dialysis center, the key is not only eligibility; it is whether the lender believes the borrower can operate safely and repay during the ramp period.
| Funding source |
Best use |
Typical concern |
What strengthens the case |
| Founder equity |
Deposits, early professional fees, reserve, lender confidence |
Under-capitalization if equity is used up before opening |
Separate reserve account and realistic contingency |
| SBA 7(a) or conventional term loan |
Build-out, equipment, working capital, acquisition |
Cash flow coverage before census stabilizes |
Monthly model, DSCR sensitivity, healthcare management team |
| SBA 504 or real estate loan |
Owner-occupied building or major fixed assets |
Real estate project size and occupancy rules |
Appraisal, construction budget, borrower injection, long-term site plan |
| Equipment financing or vendor leasing |
Dialysis machines, chairs, water equipment, biomedical assets |
Fixed payments before full utilization |
Payment deferral, maintenance support, equipment uptime protections |
| Strategic partner or physician-aligned capital |
Equity, referral credibility, governance support |
Healthcare legal, Stark, anti-kickback, control, and conflict issues |
Specialized healthcare counsel and compliant operating agreements |
Show local demand: nephrology referral base, travel gaps, competitor capacity, and payer landscape.
Show operational competence: administrator, nurse leadership, medical director, compliance plan, and staffing pipeline.
Show cash protection: opening reserve, ramp losses, contingency, and debt service coverage under downside volume.
Show reimbursement discipline: payer enrollment status, billing process, denial management, and collection assumptions.
What Payback Period Is Realistic?
Payback is attractive to discuss but easy to overstate. A dialysis center has a large upfront investment, a slow cash cycle, and a quality-sensitive operating model. The right calculation uses cash flow available for payback after debt service, maintenance capex, tax distributions, and minimum reserves. EBITDA alone is too optimistic because it ignores required cash uses.
10+ years
Conservative case
Slow ramp, Medicare-heavy mix, high debt service, and thin margin can make payback longer than many founders expect.
6-9 years
Base case
Works when utilization reaches break-even within a reasonable ramp and collections match the blended payer model.
4-6 years
Upside case
Requires high utilization, clean claims, strong payer mix, tight labor controls, and no major compliance disruption.
Payback stretches when the center opens before it has referral depth, overbuilds stations, accepts unfavorable lease escalations, uses debt without an interest-only ramp, or underestimates working capital. The payback section of the model should therefore include sensitivity tables for utilization, average collection per treatment, labor cost per treatment, debt service, and months to stabilization.
How Should the Financial Model Connect the Whole Business?
A useful financial model for a hemodialysis center is not a spreadsheet of expenses. It is a system that connects capacity, patient census, payer mix, clinical cost, compliance, funding, and cash timing. Founders often use a financial model, business plan, or planning template to test startup costs, cash flow, funding needs, and assumptions before they commit to a lease or financing package.
The model should start with station count and treatment capacity, then layer in patient ramp and payer mix. Revenue should be calculated from completed treatments, not scheduled treatments. Direct costs should be calculated per treatment. Fixed costs should be tied to capacity and staffing levels. Debt should be linked to startup funding needs. Cash flow should reflect collection timing, reserves, and replacement capex. KPIs should then show whether the actual center is tracking the plan or drifting.
| Model block |
Key inputs |
Output |
Why it matters |
| Startup investment |
Build-out, equipment, water system, fees, pre-opening payroll, working capital |
Funding need and depreciation base |
Sets debt, equity, contingency, and payback denominator |
| Capacity and census |
Stations, shifts, days, patient starts, missed treatments, utilization |
Completed treatments |
Drives revenue, supplies, labor productivity, and break-even |
| Payer and collection logic |
Medicare PPS, MA, Medicaid, commercial, AKI, denial rate, DSO |
Net revenue and cash collections |
Explains why revenue and cash can diverge |
| Treatment cost |
Supplies, drugs, labs, direct labor, waste, maintenance per treatment |
Contribution margin |
Determines break-even sensitivity |
| Fixed operating cost |
Rent, leadership payroll, medical director, insurance, IT, compliance |
Monthly overhead |
Shows the cost of being open before volume fills |
| Financing and reserves |
Debt amount, rate, term, interest-only period, equity, reserve policy |
Debt service coverage and cash runway |
Prevents a profitable center from running out of cash |
| Owner earnings and payback |
EBITDA, taxes, debt, capex, working capital reserve |
Safe owner draw and payback period |
Separates accounting profit from distributable cash |
The final test is simple: change one assumption and watch the whole model respond. If average net revenue per treatment drops from $350 to $325, the model should reduce revenue, contribution margin, EBITDA, cash flow, owner draw, DSCR, and payback. If utilization rises from 70% to 82%, it should increase treatments, supply cost, labor needs, revenue, and cash collections. If DSO expands from 45 to 75 days, profit may look unchanged while working capital need rises. That connected view is what turns a dialysis center projection into a real planning tool.