How to Increase EBITDA: Value the Margin Before You Sell

Put a Dollar Value on the Margin Point

EBITDA means earnings before interest, taxes, depreciation, and amortization. The MSP model measures it after a fair-market owner salary. Keep that basis consistent when comparing changes so an unpaid owner does not appear as improved operating efficiency.

Say you run the model's US example with $3,634,615 of annual revenue. A percentage point of margin is that revenue divided by 100, or about $36,346 in annual EBITDA. This calculation holds revenue constant; if the proposed change affects revenue too, recalculate both earnings and the margin denominator.

The stable example earns $730,276 of bottom-up EBITDA, about 20.1% of revenue. That is the starting earnings figure. The planning target is 20% after the owner's fair-market salary, not a gross-margin target for delivery alone.

Calculate the Whole Business Before and After

A valuation multiple expresses value as a number of times annual earnings. With a fixed multiple, the value change is the earnings improvement multiplied by that same number. With a multiple that changes by earnings size, calculate the full business value on each side and subtract.

The MSP model's main curve uses iTValuations' 2025 multiples, with a decided 4.0x below $500,000 of EBITDA. The model identifies 2025 as a seller's market and calls for a yearly review. These are dated planning assumptions, so keep the year attached rather than presenting them as today's buyer offer.

The curve follows a straight line between the listed earnings points and stays flat above $5,000,000. Within a rising section, an earnings improvement also raises the multiple applied to the business. A fixed-multiple calculation and this curve therefore answer different planning questions.

The US stable example has a model value of $4,057,386 on its $730,276 of EBITDA, at a displayed multiple of about 5.56x. Use the underlying calculation if you need to reproduce that dollar result. A rounded display multiple can produce a slightly different answer when multiplied back out.

Follow a Staffing Change Through the Calculation

The model's offshore desk alternative provides a complete comparison. It moves Tier 1 and Tier 2 desk work to the Philippines and retains Tier 3 onshore. That is an optional staffing arrangement with its own costs, separate from the onshore base case.

The annual EBITDA improvement is $108,666, or about 3.0 margin points. For the value change, $4,980,210 minus $4,057,386 is $922,824. Earnings and the size-based multiple both rise in this example; no payment terms or buyer offer are assumed.

The saving depends on the alternative replacing the modeled onshore cost. If you retain that cost and add another team, the same improvement does not follow. I'd define the work each team will own and the cost you can genuinely remove before putting the saving into the valuation case.

Use Sensitivities to Choose the Next Calculation

The model's sensitivities change individual assumptions while holding the comparison's other conditions in place. They identify where an operational decision is worth examining. They do not establish a combined savings plan for your business.

The ticket-rate comparison needs its qualification. A well-run MSP produces 0.5 tickets per seat per month in this model; a typical MSP runs 1.0 to 1.4. A lower recorded count alone does not demonstrate better prevention, so check that work is being captured and resolved before treating the difference as an improvement.

The manager and dispatcher rows show the cost of hiring those dedicated roles earlier. You cannot claim those amounts as savings from a base case that already waits for the thresholds. Management and dispatch still need owners while the team shares the duties.

The faster handle-time and different tier-mix cases can affect the same staffing requirement. Recalculate the combined workload and the whole people needed to cover it before adding benefits together. Otherwise the same position can disappear twice in the savings column while remaining very present on payroll.

Treat the Curve's Thresholds as Assumptions

At $500,000 of EBITDA, the main curve changes from 4.0x below the boundary to 4.75x at it. The model describes a value difference of about $375,000 around that boundary. That discontinuity belongs to the valuation method; it does not establish a matching jump in the offer you can negotiate.

The $1,000,000 institutional-buyer threshold is a separate planning assumption. The curve reaches 6.5x there without another step in value. Below about $250,000 of EBITDA, the model treats the business as barely sellable, which is a warning about saleability rather than an additional jump in this curve.

My view is that a fix should remain useful under a less generous valuation case. The same stable example has a conservative value of $2,666,513 at about 3.65x, using a conservative valuer's multiple. Its earnings are unchanged; only the valuation method differs.

Rank the Changes You Can Defend

For each proposed improvement, show the annual cost removed after replacement costs. Recalculate EBITDA on a consistent basis, then show both valuation cases. Keep implementation spending separate from the ongoing earnings improvement so the money needed to make a change remains visible.

Favor a change that improves recurring profit and leaves the service deliverable without relying on you. Start with the operating assumption you can verify from your own records, and make the value calculation follow it. That gives you an improvement you can explain even when a buyer chooses a different multiple.