# Veterinary Clinic Model

Model a veterinary clinic group from patient visits and services through to staffing, cash flow, and valuation.

- Canonical: https://finamodel.com/templates/veterinary-clinic
- Excel download: https://finamodel.com/templates/veterinary-clinic.xlsx
- Category: Healthcare
- Model type: Operating model
- Difficulty: Intermediate
- Audiences: Investors & analysts, Founders & operators, PE & buy-side, CFOs & FP&A, Search-fund and PE buyers, Veterinary group operators, Healthcare services investors, Lenders, Veterinary group CFOs, PE sponsors and platform operators, Investment bankers and M&A advisors, Practice acquisition analysts
- Tags: veterinary-clinic, animal-hospital, vet-practice, rollup, dcf, veterinary, healthcare services, multi-site, private equity, DCF

## Overview

Veterinary clinics depend on patient demand, the mix of services offered, and the capacity of veterinarians and technicians. This model helps you turn those operating drivers into a practical financial plan for a growing group of practices.

Use it to budget, assess a clinic acquisition, or plan expansion. It shows how changes in visit volume, pricing, staffing, boarding, and pharmacy sales affect profitability and value.

## What's included

- Clinic inputs: Year-1 clinics, new clinics per year, visits per clinic, veterinarians per clinic, average invoice
- Utilisation: Year-1 utilisation with an annual ramp and a practical ceiling
- Ancillary: boarding nights per clinic and average boarding spend, pharmacy spend per visit, price escalation
- Cost structure: veterinarian and support-staff comp and wage with benefits and wage growth, facilities, marketing, technology and SG&A as a percent of gross profit, depreciation, tax
- Capital and working capital: maintenance capex, clinic build-out cost per clinic, NWC, base-year revenue
- Valuation: WACC, terminal growth, net debt, shares outstanding
- Clinic roll-forward (opening + new = closing) with a utilisation ramp capped at a practical ceiling and closing clinics times visits per clinic giving total patient visits
- Medical revenue by tier (wellness-and-vaccines, sick-and-diagnostics, surgery-and-dentistry, emergency-and-specialty) with per-tier acuity indices, gross margins, and fee-schedule escalation
- Clinic-driven boarding and grooming revenue and visit-driven pharmacy and retail revenue layered on top of medical service revenue
- P&L from gross profit through veterinarian and technician labour and four overhead lines as percent of gross profit to EBITDA, EBIT, tax, and net income with a period-by-period identity check
- Unlevered FCF bridge with maintenance capex, de novo clinic build-out capex (new clinics x per-clinic cost), working-capital drag, discount factors, and PV of UFCF
- DCF valuation: PV of explicit UFCF plus PV of Gordon-growth terminal value to enterprise value, equity value, and value per share, plus a one-page dashboard tracking clinics, visits, utilisation, revenue per clinic and visit, EBITDA margin, and revenue mix
- Service mix: wellness-and-vaccines, sick-and-diagnostics, surgery-and-dentistry and emergency-and-specialty shares, per-tier acuity indices and gross margins
- Cost structure: veterinarian and support-staff comp and wage with benefits and wage growth; facilities, marketing, technology and SG&A as % of gross profit; depreciation (% of revenue); tax
- Capital and working capital: maintenance capex %, clinic build-out cost per clinic, NWC % of revenue growth, base-year revenue
- Operations sheet: clinic roll-forward, utilisation ramp, visits per clinic, total patient visits, staff headcount, visits per veterinarian
- Revenue sheet: four service tiers, medical service revenue, boarding and grooming, pharmacy and retail, total revenue
- P&L sheet: revenue to net income with medical supplies and lab cost, labour and overhead, margins, identity check
- FCF sheet: NOPAT, depreciation add-back, capex, change in NWC, unlevered FCF, discount factor, PV
- Valuation sheet: sum of PV, terminal value, enterprise value, equity value, value per share, implied EV/EBITDA
- Dashboard with clinics, visits, utilisation, revenue per clinic and per visit, EBITDA margin, EV, per share, and revenue mix
- Clinic-driven boarding and grooming revenue (clinics x boarding nights x average spend) and visit-driven pharmacy and retail (patient visits x pharmacy spend per visit)
- P&L from gross profit through veterinarian and technician labour, four overhead lines as percent of gross profit, EBITDA, depreciation, EBIT, tax, and net income with a period-by-period identity check
- Unlevered FCF bridge with maintenance capex, clinic build-out capex (new clinics x per-clinic cost), working-capital drag, discount factors, and PV of UFCF
- DCF valuation: PV of explicit UFCF plus PV of Gordon-growth terminal value equals enterprise value, less net debt, to equity value and value per share, plus implied EV/EBITDA; one-page Dashboard

## Veterinary Clinic Financial Model: How Operating Drivers Shape Valuation

This veterinary clinic financial model provides a structured seven-year operating forecast and unlevered DCF for a multi-location veterinary hospital group. It connects patient visit volumes, service mix, staffing, and capital expenditures to financial outcomes, helping users evaluate clinic growth, acquisitions, or expansion plans in a transparent, driver-based framework.

### Operating Drivers: Clinics, Visits, and Capacity

The model builds volume from the clinic roll-forward: opening clinics plus new clinics equals closing clinics. Each clinic supports a mature number of patient visits, but actual visits depend on a utilisation ramp that starts at a first-year input and increases annually up to a practical ceiling.

- This reflects the real-world time needed for new or acquired hospitals to build their appointment book. Total patient visits—closing clinics multiplied by effective visits per clinic—drive veterinarian and technician headcount, making visit volume the most critical driver in the model.

- Growth is controlled by the annual number of new clinics, which also determines build-out capital expenditure.

### Calculation Flow: From Service Mix to Gross Profit

Medical revenue is calculated tier by tier across wellness-and-vaccines, sick-and-diagnostics, surgery-and-dentistry, and emergency-and-specialty services. For each tier, patient visits are multiplied by the tier's share, the blended average invoice, and an acuity index that reflects the relative value of that service type.

- Higher-acuity tiers carry indices above one, while wellness visits sit below one, so the blended revenue per visit depends on the service mix. Boarding and grooming revenue is driven by closing clinics and boarding nights per clinic, while pharmacy and retail revenue depends on patient visits and spend per visit.

- All revenue lines are escalated at a fee-schedule step-up. Direct costs are then netted across all six revenue lines—the four medical tiers plus boarding/grooming and pharmacy/retail—using line-specific gross margins, yielding gross profit.

### Cost Structure and EBITDA Build

Below gross profit, the model deducts veterinarian and technician/support labour, both of which are headcount-driven. Veterinarian compensation is acuity-weighted: the general-practice rate applies to the wellness and sick share of visits, while a specialty/ER premium multiplier applies to the surgery and emergency share.

- This aligns labour cost with the higher revenue these cases generate. A separate DVM recruiting and retention cost is calculated as veterinarian FTEs times turnover rate times cost per hire, capturing a sector-specific pressure.

- Overhead items—clinic facilities and equipment, marketing and client, technology, and corporate SG&A—are set as a percentage of gross profit, not revenue, because gross profit better reflects the scale of a high-margin practice. The result is EBITDA, followed by depreciation, EBIT, tax on positive EBIT, and net income.

### Valuation and Practical Use

The model produces unlevered free cash flow by adding depreciation to NOPAT and subtracting maintenance capex, clinic build-out capex for new clinics, and the change in working capital. Working capital is a modest drag because veterinary services are largely paid at the point of service, leaving drug and pet-food inventory as the main tie-up.

- Free cash flows are discounted at the weighted average cost of capital, and a Gordon-growth terminal value is added to arrive at enterprise value. Net debt is then subtracted to get equity value and value per share.

- A dashboard summarises key metrics including clinics, patient visits, utilisation, revenue, EBITDA margin, enterprise value, and value per share. This structure supports budgeting, acquisition assessment, and expansion planning for a multi-location group.

## Service mix and acuity drive the visit build

Revenue is the product of a clinic estate, the visits it supports, and the acuity of those visits. The model makes clinic count, visits per clinic, a utilisation ramp, and a four-tier service mix explicit, so total patient visits and revenue per visit are transparent operating metrics an analyst can flex against the cost stack rather than a top-down growth rate.

## Designed for one-edit responsiveness

Every input, the clinic pipeline, visits per clinic, the utilisation ramp, the service mix, the average invoice, the full cost stack, capex, working capital, and the WACC, is a named-range cell. Edit one and the operations build, revenue, P&L, free-cash-flow bridge, valuation, and dashboard all recompute. No formula rewrites are needed to test a productivity, mix, or expansion scenario.

## An unlevered DCF, not an EBITDA shortcut

A veterinary group builds out each clinic and carries light working capital because care is paid at the point of service, so the model bridges to unlevered free cash flow and discounts it at a WACC with a Gordon-growth terminal value. Enterprise value bridges through net debt to equity value and a per-share figure, and the implied EV/EBITDA falls out as a sanity check against where animal-health platforms change hands.

## Visit volume built from the ground up

Total patient visits is the product of closing clinics and effective visits per clinic, where effective visits is mature capacity times a utilisation factor that ramps from a Y1 starting point by fixed percentage points each year to a practical ceiling. A newly opened clinic takes two to four years to fill its appointment book; the ramp models that lag explicitly rather than assuming day-one maturity.

## Service mix drives blended revenue per visit

Medical revenue is built tier by tier: patient visits times each tier share times the average invoice times that tier acuity index, escalated at the fee-schedule step-up. Because a surgery or emergency case carries an acuity index well above one while a wellness or vaccine visit sits far below it, the blended revenue per visit falls directly out of the service mix, making acuity-shift risk immediately visible without manual overrides.

## Audit-friendly mechanics throughout

Every input is a named range, every formula is one or two operations, and the workbook carries a period-by-period P&L identity check that resolves to zero in every year. The FCF and DCF sheets reference Assumptions by name so any input change flows through the full model without broken links.

## Workbook structure

### Cover

Workbook overview, sheet legend, units, and tab-colour key.

- Title and scope framing
- Sheet-by-sheet purpose summary
- Units and tab-colour legend

### Assumptions

Every driver in one sheet: clinics, utilisation, service mix, costs, capital, valuation.

- Year-1 clinics, new clinics per year, visits per clinic, veterinarians per clinic, average invoice
- Utilisation with an annual ramp and a practical ceiling
- Service-tier shares, acuity indices and gross margins, boarding and pharmacy inputs, price escalation
- Veterinarian and support comp and wage, the percent-of-gross-profit overhead lines, depreciation, tax
- Maintenance capex, build-out cost per clinic, NWC, base-year revenue
- WACC, terminal growth, net debt, shares

### Operations

Clinics, visits, utilisation, and staff.

- Opening plus new clinics equals closing clinics
- Utilisation ramps from a Year-1 input, capped at a ceiling
- Visits per clinic equal mature visits times utilisation
- Total patient visits equal closing clinics times visits per clinic
- Veterinarian and support headcount equal closing clinics times per-clinic FTE
- Visits per veterinarian as a productivity metric

### Revenue

Revenue by service tier and ancillary.

- Each tier equals patient visits times tier share times average invoice times acuity index times escalation
- Medical service revenue subtotal
- Boarding and grooming equal closing clinics times boarding nights times average spend
- Pharmacy and retail equal patient visits times pharmacy spend per visit
- Total revenue

### P&L

Revenue to net income.

- Revenue from the Revenue sheet
- Medical supplies and lab cost as the inverse of the per-tier margin
- Gross profit and gross margin
- Veterinarian and technician labour by headcount, the percent-of-gross-profit overhead stack
- EBITDA, depreciation, EBIT, tax on positive EBIT, net income, margins, identity check

### FCF

Unlevered free cash flow bridge.

- EBIT and unlevered tax from the P&L
- NOPAT equals EBIT less unlevered tax
- Add back depreciation
- Maintenance capex on revenue and build-out capex on new clinics
- Change in net working capital on revenue growth
- Unlevered free cash flow
- Discount factor and PV of UFCF

### Valuation

Discounted cash flow.

- Sum of PV of explicit UFCF
- Gordon-growth terminal value and its PV
- Enterprise value
- Less net debt to equity value
- Shares outstanding and value per share
- Implied EV/EBITDA

### Dashboard

Headline metrics and revenue mix.

- Clinics, patient visits, utilisation, revenue per clinic and per visit
- Revenue and EBITDA
- EBITDA margin
- Enterprise value and value per share
- Revenue mix across medical, boarding, and pharmacy

### Cover

Workbook overview, sheet legend, and tab-colour key for navigation.

- Title and scope framing
- Sheet-by-sheet purpose summary
- Tab-colour legend
- Units note

### Assumptions

All drivers in one place: clinic and visit economics, utilisation ramp, service-tier pricing and margins, cost structure, capital and working capital, and valuation inputs.

- Clinic count, new clinics per year, visits per clinic, veterinarians per clinic, average invoice
- Y1 utilisation, annual ramp, practical ceiling; service-tier shares, acuity indices, gross margins, fee escalation
- Vet comp, support FTEs and wage, benefits, wage growth; overhead percents of gross profit; depreciation and tax
- Maintenance capex, build-out cost per clinic, NWC percent, WACC, terminal growth, net debt, shares

### Operations

Clinic roll-forward, utilisation schedule, and headcount build.

- Opening + new = closing clinics each year
- Utilisation factor ramped from Y1 input, capped at ceiling
- Effective visits per clinic and total patient visits (closing clinics x visits per clinic)
- Veterinarian and technician/support headcount (closing clinics x per-clinic FTE), total staff, visits per veterinarian

### Revenue

Full revenue build from patient visits through medical tiers to boarding, grooming, pharmacy, and retail.

- Per-tier medical revenue: patient visits x tier share x average invoice x acuity index x escalation
- Medical revenue subtotal across all four service tiers
- Boarding and grooming: closing clinics x boarding nights x average spend x escalation
- Pharmacy and retail: patient visits x pharmacy spend per visit x escalation; total revenue

### P&L

Revenue to net income with gross profit, labour, overhead, EBITDA, and a period-by-period identity check.

- Medical supplies and lab cost as the inverse of per-tier gross margin; gross profit and gross margin
- Veterinarian labour and technician/support labour: headcount x wage x escalation loaded for benefits
- Clinic facilities and equipment, marketing and client, technology and systems, corporate SG&A as percent of gross profit
- EBITDA and margin, depreciation, EBIT, tax on positive EBIT, net income, net margin, identity check

### FCF

Unlevered free cash flow from EBIT through capex and working capital to discounted PV.

- NOPAT (EBIT x one minus tax) plus depreciation
- Maintenance capex (percent of revenue) and de novo build-out capex (new clinics x per-clinic cost)
- Working-capital drag (NWC percent of revenue growth) and unlevered FCF
- Discount factor at WACC and PV of UFCF each year

### Valuation

Gordon-growth DCF from sum of PVs to enterprise value, equity value, and value per share.

- Sum of explicit PV of UFCF across the seven-year horizon
- Gordon-growth terminal value and its PV at WACC and terminal growth rate
- Enterprise value, less net debt, to equity value; shares outstanding to value per share
- Implied EV/EBITDA as a market-multiple sanity check

### Dashboard

One-page summary with KPI cards, seven-year operating summary, trend charts, and a revenue waterfall.

- KPI card strip: clinics, patient visits, utilisation, revenue per clinic, revenue per visit, revenue, EBITDA, EBITDA margin, EV, value per share
- Seven-year operating summary table
- Trend-chart grid across key operating metrics
- Revenue to Net Income waterfall

## Features

- **Service mix and acuity drive the visit build:** Revenue is the product of a clinic estate, the visits it supports, and the acuity of those visits. The model makes clinic count, visits per clinic, a utilisation ramp, and a four-tier service mix explicit, so total patient visits and revenue per visit are transparent operating metrics rather than a top-down growth rate.
- **Labour is the cost, and it is modelled as headcount:** Veterinary care is people-intensive, so veterinarian and technician/support pay is the largest line and is built bottom-up from FTEs per clinic, wage, benefits and wage inflation. The remaining overhead is geared to gross profit rather than revenue, so the EBITDA margin responds the way a real multi-site operator would expect as utilisation fills fixed headcount.
- **An unlevered DCF, not an EBITDA shortcut:** A veterinary group builds out each clinic and carries light working capital because care is paid at the point of service, so the model bridges EBITDA to cash through NOPAT, depreciation, maintenance and build-out capex, and the change in working capital, then discounts the unlevered free-cash-flow stream at a WACC with a Gordon-growth terminal value to a defensible enterprise and equity value.
- **Acuity-indexed service-mix revenue engine:** Medical revenue is built tier by tier: patient visits times each tier's share times the average invoice times that tier's acuity index, escalated at the fee-schedule step-up. Because an emergency or surgery case carries an acuity index well above one while a wellness visit sits far below it, the blended revenue per visit falls directly out of the service mix, making the consequence of a shift toward wellness or away from surgery immediately visible.
- **Utilisation-ramp volume build:** Each clinic supports a mature visit capacity set by exam-room and doctor capacity; a utilisation factor (starting at the Y1 input and ramping by a fixed number of percentage points per year to a practical ceiling) converts that capacity into effective visits per clinic, and closing clinics times effective visits per clinic gives total patient visits. A newly opened hospital typically takes two to four years to fill its appointment book, and the ramp models that explicitly.
- **Gross-profit-geared overhead and DCF exit:** Clinic facilities, marketing and client, technology, and corporate SG&A are set as a percent of gross profit rather than revenue, reflecting that the practice's true operating scale is its gross margin dollars, not its top line. Unlevered FCF nets NOPAT, depreciation, maintenance capex, clinic build-out capex, and a light working-capital drag (point-of-service payment keeps receivables minimal) into a Gordon-growth DCF that delivers enterprise value, equity value, and value per share.

## Use cases

- **Intrinsic valuation:** Set the clinic pipeline, utilisation ramp, service mix, the cost stack, and a WACC, and read the enterprise value, equity value, value per share, and implied EV/EBITDA. Sense-check the multiple against where animal-health platforms change hands.
- **Roll-up and pipeline planning:** Flex new clinics per year and the build-out cost per clinic to see how the de novo pipeline consumes cash and lifts patient visits, and watch revenue per clinic and the EBITDA margin respond as the group scales.
- **Productivity and mix stress test:** Cut visits per veterinarian or shift the service mix toward lower-acuity wellness visits to model a doctor-capacity or case-mix shift, and read the revenue-per-visit, EBITDA-margin and valuation impact.
- **PE platform underwriting and roll-up sizing:** Set the opening clinic count, annual new-clinic additions, and per-clinic build-out cost to reflect an acquisition pipeline, flex the utilisation ramp and service mix to stress-test the volume build, and read the implied EV and EV/EBITDA against the entry multiple to assess platform headroom before committing capital.
- **Service-mix and acuity-shift analysis:** Shift the wellness-and-vaccines tier share up and the surgery-and-dentistry share down to model a visit-composition change, and observe the resulting compression in blended revenue per visit, gross margin, and EBITDA margin across the seven-year horizon without rebuilding the revenue engine.
- **De novo clinic expansion planning:** Layer in a de novo build pipeline by setting new clinics per year and the per-clinic build-out capex, then trace the capex drag through unlevered FCF and the DCF to see how the opening cadence and utilisation ramp affect equity value and whether the growth case still clears the WACC hurdle.

## Frequently asked questions

### What is a veterinary clinic model?

A veterinary clinic model captures the seven-year operating economics and intrinsic value of a multi-location veterinary hospital group that runs general-practice and specialty clinics alongside boarding, grooming and an in-house pharmacy. It rolls a clinic count forward, converts a capacity-utilisation ramp into total patient visits, prices visits across a four-tier service mix at a blended average invoice and acuity index, runs the labour-heavy cost stack to EBITDA, and discounts an unlevered free-cash-flow stream to enterprise value, equity value, and value per share.

### How is veterinary revenue built?

Total patient visits equal closing clinics times visits per clinic times a utilisation factor that ramps to a ceiling, and medical service revenue splits those visits across a wellness, sick-and-diagnostics, surgery-and-dentistry and emergency-and-specialty mix, each priced at a blended average invoice times a per-tier acuity index. Clinic-driven boarding and grooming and visit-driven pharmacy and retail layer on to total revenue.

### Why is the service mix so important?

An emergency or surgery case carries an acuity index well above one while a wellness or vaccine visit sits far below it, so the blended revenue per visit falls out of the mix. As the wellness tier share rises the blended figure compresses even with flat visit volume, which is why the model makes the per-tier indices and gross margins explicit so an analyst can flex the mix and watch revenue per visit, gross profit and EBITDA move together.

### Why an unlevered DCF instead of an EBITDA multiple?

A veterinary group still builds out each clinic and carries real depreciation and capex, so EBITDA overstates cash. The model bridges to unlevered free cash flow, NOPAT plus depreciation, less maintenance and build-out capex, less the change in working capital, which is light because care is paid at the point of service, and discounts it at a WACC, then adds a Gordon-growth terminal value. The implied EV/EBITDA falls out as a sanity check rather than as the valuation input.

### How is total patient visit volume calculated?

The Operations sheet multiplies closing clinics by effective visits per clinic. Effective visits per clinic is the mature visit capacity (set in Assumptions as visits per clinic) times the utilisation factor, which starts at the Y1 input and ramps by a fixed number of percentage points each year to a practical ceiling. A newly opened clinic typically takes two to four years to fill its appointment book, and the ramp captures that lag.

### What is an acuity index and how does it affect revenue?

The acuity index is a dimensionless multiplier applied to the average invoice for each service tier. Emergency and surgery cases carry indices above one; wellness and vaccine visits sit below one. Because per-tier revenue is patient visits times tier share times the average invoice times the acuity index, the blended revenue per visit falls directly out of the service mix. A shift toward wellness visits compresses blended revenue per visit even with flat total visit volume.

### Why are overhead lines set as a percent of gross profit rather than revenue?

Veterinary hospital groups run high blended gross margins (approximately 76% in this model) because the professional-service component is high-margin relative to medical supplies and lab cost. Overhead tied to gross profit rather than revenue avoids understating the cost of running multi-site hospitals, imaging suites, and a corporate platform, and makes EBITDA margin expansion a function of gross profit growth rather than top-line scale.

### How is de novo clinic capex modelled in the DCF?

The FCF sheet multiplies new clinics per year by a per-clinic build-out cost from Assumptions to derive de novo build-out capex. That figure is added to maintenance capex (set as a percent of revenue) and both are subtracted from NOPAT plus depreciation as real capital commitments, so the opening cadence reduces unlevered FCF and flows through the discounted valuation rather than sitting outside the model.

### What are the headline outputs at the default inputs?

At the default assumptions the model produces Y1 revenue of approximately $58.2M growing to approximately $138.9M by Y7 across 14 to 26 clinics and approximately 172,500 to 345,800 patient visits per year, a blended gross margin of approximately 76%, EBITDA margin ramping from approximately 19.2% to 21.6%, enterprise value of approximately $128.5M, value per share of approximately $10.50, and an implied EV/EBITDA of approximately 11.5x.

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