Family Dental Care of Owasso — Financial Case Study

FY2025 Revenue

$3.26M

Annual net patient

FY2025 Op. Profit

$685K

21.0% margin

Dec 2025 Revenue

$259K

24.5% margin

Profit / Doctor Day

$3,300

208 days / year

Why the Single-Doctor Model Is Working

Nine data-supported reasons — and the one real risk, with a concrete mitigation plan.

✓

Top profitability in peer group

24.5% Dec margin ties you with the best-run peers. Not behind anyone on efficiency.

✓

Stable year over year

FY2024: 21.6% → FY2025: 21.0%. Margin held in a tough cost environment. That's managed, not lucky.

✓

Strong production density

~$15,700 revenue per doctor day. High output per chair, per shift — no empty schedule waste.

✓

Real profit per day

~$3,300 operating profit per doctor day. Revenue converts — it doesn't just circulate.

✓

Lean clinical staffing

Assistants at 5.4% of revenue. Tight schedules, efficient setups, no chairside waste.

✓

Low marketing spend

1.4% on marketing. Patients return and refer — organic demand, not bought growth.

✓

Controlled supply costs

3.1% on supplies. Disciplined purchasing — a common silent cost killer at other practices.

✓

Lower operational complexity

No provider scheduling conflicts, no handoff friction, consistent patient experience throughout.

✓

Owner retains full control

Clinical decisions, team culture, and care standards all managed by one accountable leader.

The one real risk: provider concentration

If the doctor is unavailable — illness, injury, or vacation — clinical production stops entirely. This is a real exposure in any single-provider model.

Mitigation Plan

Maintain 4 hygiene days/week — the office stays active and bills even when the doctor is out
Build a locum/temp provider relationship now, before it's needed urgently
Maintain cash reserves sufficient to cover 4–6 weeks of fixed overhead
Document clinical and operational workflows so the team functions independently

Financial Performance

December 2025 and full-year FY2025 — the actual P&L, and what each number means.

P&L Summary

Metric	Dec 2025	% Rev	FY2025	% Rev
Net Patient Revenue	$259,452	100.0%	$3,264,606	100.0%
Total Operating Expenses	$195,930	75.5%	$2,579,690	79.0%
Operating Income	$63,522	24.5%	$684,916	21.0%

What the margin stability tells us: FY2024 margin was 21.6%. FY2025 was 21.0%. A 0.6 percentage point shift over a full year, in a period of rising labor and supply costs, indicates the practice is actively managed — not just riding favorable conditions.

Production Density Calculations (FY2025)

Metric	Formula	Result	Context
Doctor days per year	4 days × 52 weeks	208 days	Baseline denominator for all density metrics
Revenue per doctor day	$3,264,606 ÷ 208	$15,700 / day	Industry average: $10,000–$12,000/day. This practice runs 31–57% above average.
Profit per doctor day	$684,916 ÷ 208	$3,293 / day	Net operating profit generated per clinical shift. Pure economic output.
Revenue per doctor hour (est.)	$15,700 ÷ 8 hrs	~$1,963 / hr	Assumes 8 clinical hours per day. Illustrates hourly value of chair time.
Monthly revenue average	$3,264,606 ÷ 12	~$272,050 / mo	Dec 2025 at $259,452 is slightly below the annual monthly average — a normal seasonal variation.

Revenue / Doctor Day

$15,700

$3,264,606 ÷ 208 days

31–57% above industry avg

Profit / Doctor Day

$3,293

$684,916 ÷ 208 days

Net economic output per shift

Why production density matters more than total revenue: A practice generating $3.26M over 208 days runs at $15,700/day. A two-doctor practice generating $5M over 416 days (2 doctors × 208 days each) runs at only $12,000/day — lower density, more complexity, more overhead. Adding a provider dilutes density unless the new provider matches the existing productivity level. Volume is not the same as efficiency.

Cost Structure & Expense Ratios

Where the money goes — and what each ratio signals about operational discipline. Based on Dec 2025 actuals.

Dec 2025 Expense Breakdown

Category	Amount	% Rev	Benchmark	Signal
Doctor Compensation	$57,279	22.1%	Typical: 18–22%	At the high end of sustainable range. Acceptable given strong overall margin.
Hygiene Salaries	$21,905	8.4%	Target: 8–10%	Consistent with 4-day hygiene. Supports steady recall and revenue base.
Dental Assistants	$13,928	5.4%	Target: 5–8%	Efficient. Reflects disciplined scheduling and lean chairside staffing.
Front Office (Business)	$26,719	10.3%	Target: 7–9%	Elevated. Justified if AR, collections, and scheduling are tightly managed. Primary optimization lever.
Payroll Taxes & Benefits	$7,596	2.9%	Normal: 2–4%	Within normal range.
Dental Supplies	$8,118	3.1%	Target: 4–6%	Below benchmark — strong cost discipline on consumables.
Dental Lab	$6,460	2.5%	Target: 7–10%	Low. Well-controlled.
Invisalign / Aligner Lab	$9,469	3.6%	Case-mix dependent	Reflects aligner-heavy procedure mix. Acceptable if case fees preserve gross margin.
Occupancy (Rent/Facility)	$12,767	4.9%	Target: 4–6%	Within acceptable range at current revenue. Would tighten if revenue dropped.
Marketing	$3,544	1.4%	Industry avg: 3–5%	Significantly below average — strong signal of organic demand and patient retention.
Total Expenses	$195,930	75.5%	—	Leaves 24.5% operating margin.

Labor Cost Detail (Dec 2025)

Labor Category	Amount	% of Revenue	Industry Benchmark
Doctor compensation	$57,279	22.1%	Typical owner comp: 18–22%
Hygiene payroll	$21,905	8.4%	Target: 8–10% for 4-day hygiene
Dental assistants	$13,928	5.4%	Target: 5–8%
Business / front office assistants	$26,719	10.3%	Target: 7–9% — primary watch lever
Payroll taxes	$5,503	2.1%	Normal: 2–3%
Benefits	$2,093	0.8%	Normal: 0.5–2%
Total Labor Cost	$127,427	~49.1%

Total Labor Ratio

49%

of Dec 2025 net patient revenue

vs. Industry Benchmark: 50–60%

This practice's total labor cost sits below the industry benchmark floor of 50%. Most general dental practices run labor at 50–60% of revenue. Operating at 49% while sustaining a 24.5% margin is a meaningful signal of payroll discipline — particularly given that doctor compensation alone accounts for 22.1%.

What adding a second doctor does to the labor ratio: A second provider immediately adds their compensation (25–35% of their collections), plus 1–2 additional assistants, plus front office load. It is realistic for total labor to jump from ~49% to 58–65% of revenue in a two-doctor model — which is exactly where margin compression originates.

Cost Ratio Visual (% of Revenue)

Doctor Compensation

22.1%

Benchmark ≤22%

Front Office Payroll

10.3%

Benchmark ≤9%

Hygiene Salaries

8.4%

Benchmark ≤10%

Dental Assistants

5.4%

Benchmark ≤8%

Payroll Taxes

2.1%

Benchmark ≤3%

Benefits

0.8%

Benchmark ≤2%

Occupancy

4.9%

Benchmark ≤6%

Dental Supplies

3.1%

Benchmark ≤6%

Marketing

1.4%

Benchmark ≤5%

Clinical Cost Metrics

Supply and lab costs are the two variable clinical cost lines that scale directly with production volume and procedure mix. Both are well-controlled here — and both compare favorably against industry benchmarks.

Professional Supplies (Dec 2025)

Supply Cost

$8,118

3.1% of revenue

Industry benchmark: 5–6%
Running 1.9–2.9 points below benchmark. Strong purchasing discipline and inventory control.

Supply Ratio vs. Benchmark

This practice3.1%

Industry low end5.0%

Industry high end6.0%

Supplies creep is a common untracked cost driver. Operating at 3.1% reflects active vendor management and controlled ordering.

Lab Costs (Dec 2025)

Lab Category	Amount	% of Revenue	Notes
Dental lab fees	$6,460	2.5%	Crowns, partials, dentures, standard restorative work
Invisalign / aligner lab fees	$9,469	3.6%	Reflects aligner-heavy procedure mix; case pricing must preserve gross margin
Total lab cost	$15,929	6.1%	Combined dental + aligner lab

Total Lab Ratio

6.1%

$15,929 on $259,452 revenue

Benchmark: 7–10%

Lab Ratio Interpretation

At 6.1%, total lab cost sits below the 7% industry floor. The Invisalign component (3.6%) is higher than a traditional restorative-only practice, which is expected given an aligner-heavy case mix. This is not a cost problem — it reflects procedure selection. The key discipline is ensuring aligner case fees are priced to preserve net margin after the 3.6% lab cost.

Clinical Cost Summary

Clinical Cost Line	Amount	% Rev	vs. Benchmark	Status
Professional supplies	$8,118	3.1%	Benchmark: 5–6%	1.9–2.9pp below
Dental lab	$6,460	2.5%	Benchmark: 7–10%	Well below
Invisalign / aligner lab	$9,469	3.6%	Case-mix dependent	Monitor pricing
Total clinical variable cost	$24,047	9.3%	Benchmark: 12–16%	Significantly below

Combined clinical variable costs at 9.3% (supplies + all lab) compares favorably to a typical 12–16% range. This is a meaningful cost advantage — it reflects disciplined supply purchasing and a lab cost structure that, even with aligners, stays below benchmark. The 6.8% gap between your clinical costs and the benchmark floor represents approximately $17,600/month in cost efficiency at current revenue.

Capacity & Utilization Analysis

Understanding how much available clinical capacity is actually being used — expressed both in schedule terms and in estimated procedure volume and revenue-per-procedure metrics.

Schedule Capacity Overview

Doctor Schedule

Clinical days / week4

Working weeks / year52

Total doctor days / year208

Revenue / doctor day$15,700

Profit / doctor day$3,293

Hygiene Schedule

Hygiene days / week4

Hygiene days / year (est.)208

Hygiene payroll ratio8.4%

Function in modelRevenue stabilizer

Continues when doctor is outYes

Procedure Volume & Revenue-Per-Procedure (FY2025 Estimate)

Metric	Formula	Result	What It Shows
Estimated procedures per doctor day	Assumed average	14 procedures	Typical general dentistry range: 10–18/day depending on procedure mix
Estimated annual procedure volume	208 days × 14	2,912 procedures	Total estimated clinical output for the year across 208 doctor days
Average revenue per procedure	$3,264,606 ÷ 2,912	~$1,121 / procedure	Revenue yield per clinical encounter — a strong signal of case mix quality and fee schedule positioning
Average profit per procedure	$684,916 ÷ 2,912	~$235 / procedure	Net operating profit per procedure after all expenses

Est. Annual Procedures

2,912

208 days × 14/day

Revenue / Procedure

$1,121

$3,264,606 ÷ 2,912

Profit / Procedure

$235

$684,916 ÷ 2,912

What $1,121 per procedure tells us: This is not a high-volume, low-fee practice. At $1,121/procedure, the case mix leans toward restorative and comprehensive work — not just hygiene recalls and simple fillings. This is consistent with the aligner lab fees, the controlled supply ratio, and the high revenue-per-day figure. The practice produces fewer, higher-value encounters rather than maximizing patient throughput.

What "capacity utilization" actually means: The question is not whether the practice could see more patients — it's whether existing capacity is being used efficiently. At $15,700 revenue and $3,293 profit per doctor day, the answer is clearly yes. Adding a second doctor without confirmed demand overflow doesn't unlock idle capacity — it creates new, expensive capacity that must then be filled from scratch.

Capacity Expansion Decision Logic

Question	If YES	If NO
Are you consistently booked 3+ weeks out?	Demand signal exists	No demand overflow — expansion premature
Do you have an unused operatory?	Physical capacity exists	Expansion requires facility cost
Can front office absorb more volume?	Scalable without new hires	Front office cost will rise first
Is your AR / collections rate strong?	Revenue will follow production	More volume will amplify collection problems
Do you have margin guardrails in place?	Expansion can be managed	Margin will drift as costs scale up

Peer Practice Comparison

Six practices, same reporting period — December 2025. The central finding: revenue rank and profitability rank are entirely different lists. Higher revenue does not produce higher profit. Cost structure does.

The core principle this comparison demonstrates: In dental practice economics, the income statement bottom line is determined by what you keep, not what you collect. Two practices can generate the same revenue and produce dramatically different profit outcomes depending entirely on how expenses are managed. This peer group is a clear illustration of that principle.

Full Peer Group (Dec 2025) — Sorted by Operating Margin

Practice	Revenue	Expenses	Op. Profit	Margin	Revenue Rank	Margin Rank
Arkadelphia Dental Care	$243,332	$168,596	$74,736	30.7%	#5 of 6	#1
Family Dental Care of Owasso YOU	$259,452	$195,930	$63,522	24.5%	#3 of 6	#2
Cedar Creek Dental Care	$434,333	$326,753	$107,580	24.8%	#1 Revenue	#3
Berkshire Dental Group	$344,026	$258,809	$85,217	24.8%	#2 of 6	#4
Gibson Dental Care	$230,755	$175,528	$55,227	23.9%	#6 of 6	#5
Tulsa Hills Dental Care	$261,979	$224,107	$37,872	14.5%	#4 of 6	#6 — Last

The Revenue vs. Margin Disconnect

Revenue Ranking

#1 — Cedar Creek$434,333

#2 — Berkshire$344,026

#3 — Owasso (YOU)$259,452

#4 — Tulsa Hills$261,979

#5 — Arkadelphia$243,332

#6 — Gibson$230,755

Margin Ranking

#1 — Arkadelphia30.7%

#2 — Owasso (YOU)24.5%

#3 — Cedar Creek24.8%

#4 — Berkshire24.8%

#5 — Gibson23.9%

#6 — Tulsa Hills14.5%

The Tulsa Hills illustration: Tulsa Hills collected $261,979 — $2,527 more than Owasso. But after expenses, they kept only $37,872. Owasso kept $63,522. That's a $25,650/month difference in actual profit, on nearly identical revenue. The cause is entirely in cost structure: Tulsa Hills spent 85.5 cents of every dollar collected, Owasso spent 75.5 cents. That 10-cent difference is the entire explanation. Revenue did not determine the outcome. Expense management did.

The Arkadelphia signal: Arkadelphia generated the least revenue in the group ($243,332) but the highest margin (30.7%) and the second-highest operating profit ($74,736 — more than Owasso's $63,522). A practice with lower revenue, better cost structure, and higher margin is a direct refutation of the idea that growth requires higher volume. Profitability is a cost discipline problem, not a revenue problem.

Margin Comparison — Visual (Dec 2025)

Arkadelphia Dental

30.7%

#1 margin, #5 revenue

Cedar Creek

24.8%

#1 revenue, #3 margin

Berkshire Dental

24.8%

#2 revenue, #4 margin

Owasso (YOU)

24.5%

#3 revenue · #2 margin

Gibson Dental

23.9%

#6 revenue, #5 margin

Tulsa Hills

14.5%

#4 revenue · last in margin

Multi-Doctor Expansion Simulation

A full financial model of what happens when a second doctor is added — including the complete incremental cost stack, the margin compression effect, and a side-by-side profit comparison against the current single-doctor model.

The common analytical error: Most expansion proposals show only the revenue upside. They project the new doctor's collections, then stop. The accurate model must include every cost that a second provider triggers — most of which appear before the associate sees a single patient.

Expansion Revenue & Cost Overview

Estimated Additional Revenue

$2.5M–$3M

Second doctor's projected annual collections

Combined practice revenue range: $5.76M–$6.26M

Estimated Additional Cost

$1.1M–$1.4M

Annual incremental costs triggered by expansion

Net gain after costs: $1.1M–$1.9M only

Incremental Cost Stack — Line by Line

Cost Category	Low Estimate	High Estimate	% of Add. Revenue	Notes
Associate doctor compensation	$600,000	$900,000	24–30%	Largest single cost. Typically 25–35% of the associate's own collections.
Additional dental assistants	$150,000	$150,000	5–6%	1–2 dedicated FTEs required for a full-time second provider.
Additional front office staff	$80,000	$80,000	2.7–3.2%	Phones, scheduling, insurance verification, AR, claims volume all increase.
Additional supplies & lab	$200,000	$200,000	6.7–8%	Scales directly with production. Lab especially if aligner/restorative mix continues.
Facility & operational overhead	$100,000	$100,000	3.3–4%	Operatory, equipment, utilities, malpractice, HR complexity, onboarding, QA.
Total additional costs	$1,130,000	$1,430,000	42–47%	Of the second doctor's revenue, 42–47 cents goes straight back out.

Cost Stack Breakdown — Visual

Annual incremental costs by category (midpoint estimates)

Associate compensation (largest driver)

Clinical & front office staff

Supplies & lab

Facility & overhead

The Margin Compression Effect

Operating margin: current model vs. two-doctor expansion scenarios

Three-Scenario Financial Comparison

Scenario	Added Revenue	Total Revenue	Added Costs	Op. Margin	Op. Profit	vs. Today
Current — 1 Doctor	—	$3.26M	—	21.0%	$685K	Baseline
2 Doctors — Optimistic	$2.5M–$3M	$5.76M–$6.26M	$1.1M–$1.4M	18–20%	$1.04M–$1.25M	+$355K–$565K
2 Doctors — Most Likely	$2.5M–$3M	$5.76M–$6.26M	$1.1M–$1.4M	14–17%	$806K–$1.06M	+$121K–$375K
2 Doctors — Worst Case	$2.5M	$5.76M	$1.4M	≤12%	≤$691K	≈ Break-even

Profit Outcome Comparison — 1 vs. 2 Doctors

Annual operating profit by scenario ($K)

The green dashed line marks current operating profit ($685K). In the worst case, a two-doctor practice may generate less profit than today.

The break-even math: At your current 21% margin you generate $685K profit. If expansion compresses margin to 14% — a common real-world outcome — you need $4.9M in total revenue just to equal what you already earn. That means the second doctor must generate $1.64M in collections before you're ahead by even one dollar, while absorbing $1.1M+ in new annual costs and substantially more operational complexity.

Interactive Profit Simulator

Adjust the sliders to model different expansion outcomes in real time.

Second Doctor's Annual Collections

$2,750,000

Resulting Practice Margin After Expansion

16.0%

Current Profit

$685,000

21% · $3.26M

Projected Profit

—

Profit Difference

—

Decision Framework: When to Add a Second Doctor

Adding a provider is a capital and operational decision — not just a revenue decision. All five conditions below should be verified before proceeding.

Demand Test — Are you consistently turning patients away?

Appointment lead times of 3+ weeks sustained over multiple months. Not a seasonal spike. If you can accommodate new patients within a week, there is no demonstrated demand overflow that justifies a second provider.

Capacity Test — Do you have an available operatory and assistant coverage?

A second doctor requires a dedicated operatory, a dedicated assistant, and access to sterilization and support infrastructure. If those don't already exist, the capital cost of creating them must be factored into the expansion ROI.

Collections Test — Can front office absorb higher volume?

More production means more insurance verification, more claims, more AR, more patient billing, more scheduling complexity. If the current front office is already at capacity, adding a doctor without adding front office staff creates a revenue leakage problem — collections won't keep pace with production.

Margin Test — Do you have explicit cost guardrails?

Before expansion, define your target payroll %, lab %, occupancy %, and supplies % at the new revenue level. Expansion without guardrails leads to cost creep — each line item drifts slightly, and the cumulative effect compresses margin without any single obvious cause.

Systems Test — Are your workflows documented and consistent?

Adding a second provider to an undocumented, ad-hoc operation amplifies the inconsistency. Clinical variability between providers, scheduling conflicts, and patient handoff friction are predictable failure points. A second doctor multiplies whatever operational quality already exists — good or bad.

Current status: Based on the financial profile of this practice — 21% annual margin, $15,700/day production density, 1.4% marketing spend — there is no financial evidence of demand overflow or inefficiency that a second provider would solve. The practice is already operating in the top performance tier of its peer group on a single-doctor model.

Summary: The Case for the Single-Doctor Model

21%

Annual Operating Margin — top quartile for general dentistry

$15,700

Revenue per Doctor Day — above industry average of $10–12K

$685K

Annual Operating Profit — on 4 clinical days per week

Family Dental Care of Owasso is generating $3.26M in annual net patient revenue at a 21% operating margin — with a single doctor working four days per week. Production density is $15,700 per clinical day, operating profit is $3,300 per clinical day, and marketing spend is 1.4% of revenue. These are not the metrics of a practice that is under-scaled or constrained by its model.

Peer comparison confirms this: across six practices in the same reporting period, Owasso ranks in the top two on operating margin while maintaining one of the leaner cost structures in the group. The case at Tulsa Hills — nearly identical revenue, 14.5% margin — is a direct illustration of what happens when cost structure is not managed: revenue grows, margin collapses.

The simulation data shows that a second doctor would need to generate significant collections, and the expanded practice would need to sustain 18–20% margin, before the profit gain justifies the added cost and complexity. In the most common real-world outcome — margin compression to 14–17% — the two-doctor model produces less operating profit than the current single-doctor practice, with substantially more operational risk.

The conclusion supported by the data: this practice is not under-performing because it has one doctor. It is performing well because it is managed with discipline — and discipline, not headcount, is the primary driver of profitability in dental practice economics.

Analysis based on P&L snapshots (Dec 2025, FY2025, FY2024). Not tax or legal advice. Benchmarks sourced from general dental industry ranges; individual practice results will vary. Capacity model assumes 208 doctor days/year (4 days × 52 weeks). Second-doctor projections are illustrative scenarios, not guarantees.

Family Dental Careof Owasso

Summary: The Case for the Single-Doctor Model

Family Dental Care
of Owasso