A single company-wide floor looks simple. It treats a configured repeat, a first-of-kind machine, a spare part and a field retrofit as if their cost confidence, capacity use and commercial risk were the same. The rule becomes either so strict that every quote escalates or so loose that it protects very little.
Build the rule from the economics of each product family and deal type. Use a target for normal work, a floor for exceptional authority and hard stops for cases the company will not approve without changing scope or terms. Record the reason and expected outcome every time someone overrides the rule.
Name the margin before setting a threshold
Write the formula and the cost fields behind it. Gross margin usually compares revenue with the cost of goods sold. Contribution margin compares revenue with costs that vary with the order. A business may use other internal measures, but the label must point to one calculation. Sales, finance and operations should reproduce the same number from the same quote.
OpenStax defines contribution margin as sales price less variable cost, with the remainder available to cover fixed expenses and profit. That measure can help with incremental orders and constrained-capacity choices. It does not replace the company’s required gross-margin or operating-profit view.
State how rebates, commissions, freight, installation, warranty reserves, supplier tooling and one-time engineering enter the measure. If the business reports margin by line, project and total quote, define all three. Do not let one team subtract outbound freight while another presents margin before freight.
| Measure | Formula | Use in approval |
|---|---|---|
| Gross margin dollars | Revenue minus defined cost of goods sold | Shows dollars available after product cost |
| Gross margin percent | Gross margin dollars ÷ revenue | Primary product-family threshold when policy uses gross margin |
| Contribution dollars | Revenue minus order-variable cost | Tests incremental economics and capacity choices |
| Contribution percent | Contribution dollars ÷ revenue | Compares mix within a defined cost model |
| Markup percent | (Price minus cost) ÷ cost | Pricing reference only; do not call it margin |
| Project operating view | Revenue minus product, selling and execution costs in policy | Large engineered-project approval |
Stop margin and markup from crossing wires
Margin divides profit by price. Markup divides profit by cost. The percentages differ even when the price and cost are identical. A 25 percent markup on $100 of cost produces a $125 price and a 20 percent margin. A 25 percent margin requires a $133.33 price.
Store the formula in the system and display the dollar result beside the percentage. Avoid manual conversion in approval notes. When a distributor, business unit or legacy price book speaks in markup, convert it to the company’s approval measure before routing the quote.
Use the target-margin price formula when cost drives the starting price: price equals cost divided by one minus the target margin. The formula provides a reference, not a market verdict. The final price must still reflect customer value, competition, capacity and commercial terms.
| Cost | Price | Markup | Margin |
|---|---|---|---|
| $100.00 | $120.00 | 20.0% | 16.7% |
| $100.00 | $125.00 | 25.0% | 20.0% |
| $100.00 | $133.33 | 33.3% | 25.0% |
| $100.00 | $142.86 | 42.9% | 30.0% |
| $900,000 | $1,250,000 | 38.9% | 28.0% |
Choose the cost basis the rule will protect
State whether approval uses standard, current estimate, relevant cost, expected cost or a project operating view. Standard cost can support repeat products when standards stay current. An engineered bid needs the current BOM, routing, supplier responses, freight, one-time work and execution assumptions. A special order may also need a relevant-cost and capacity view.
OpenStax’s special-order analysis distinguishes unused capacity from a constrained case and asks whether the price covers the costs that the order adds. That can explain why a one-time order below the normal gross-margin target still creates value. The approval should state the unused capacity and the fixed costs that remain.
Do not approve from standard cost when a current supplier price, design revision or manufacturing route materially differs. Show the variance and require the owner to accept or correct the input. A low margin based on an obsolete standard can reject good work; a high margin based on a stale standard can accept a loss.
| Cost basis | Strong fit | Approval check |
|---|---|---|
| Current standard | Stable repeat product with governed standards | Effective date and material variance |
| Current estimate | Configured or engineered customer bid | BOM, routing, supplier scope and one-time work complete |
| Expected cost | Known range of outcomes | Probability or evidence behind each scenario |
| Relevant cost | Short-term incremental or special order | Capacity, avoidable cost and opportunity cost |
| Lifecycle cost | Long service, warranty or performance exposure | Field, spares, service and end-of-life obligations |
| Project operating view | Large systems and turnkey work | Selling, engineering, installation, financing and risk included per policy |
Put cost confidence beside margin
A 27 percent margin on released repeat work differs from 27 percent on a first-of-kind package with unquoted bought-out equipment. Score confidence from evidence, not from the estimator’s comfort. Check the technical baseline, quantity, routing, supplier validity, labor basis, schedule, installation scope and commercial exposures.
Show the current estimate and a downside or confidence case. The GAO Cost Estimating and Assessment Guide calls for a technical baseline, assumptions, sensitivity and risk analysis, documentation and management acceptance. Industrial quotes do not need the full government program method, but management still needs to know which inputs drive the estimate and how much uncertainty sits around the point number.
Do not convert every unknown into an arbitrary contingency percentage. Price a defined allowance, model a range or stop the quote until the owner closes the gap. State what event releases the allowance. A visible $35,000 drive-package exposure is easier to review and update than a hidden 4 percent risk factor.
| Confidence | Evidence | Rule treatment |
|---|---|---|
| A: released | Current released product, routing and supplier basis; repeat actuals support it | Normal target and authority bands |
| B: supported | Current configuration and most quotes; bounded allowances remain | Raise target or route downside margin |
| C: provisional | Material scope, routing or supplier cost still depends on open decisions | Senior review and explicit conditions |
| D: unsupported | No defensible baseline for a material cost or commitment | Stop price release until resolved |
Set targets and floors by work type
Use recent actual economics, capacity, market position and risk to set the target. Group work that shares a cost model and execution profile. A configured standard machine, an engineered package, aftermarket spare parts and field service often need different targets because they consume different selling, engineering and support resources.
The floor marks the lowest range a named authority may accept under stated conditions. It should not become the price sales expects to use. If nearly every quote needs a floor override, investigate price positioning, cost standards, target design and incentives before adding another approver.
Create hard stops for commitments the percentage cannot cure. A quote below incremental cost, a price built on unsupported scope, uncapped liability or an impossible delivery needs a changed offer or explicit executive decision outside normal margin authority.
| Work type | Example target | Example floor | Extra condition |
|---|---|---|---|
| Configured repeat equipment | 30% | 24% | Released cost and standard delivery |
| Engineer-to-order package | 28% | 20% | Supported cost, schedule and risk register |
| Aftermarket spare parts | 42% | 32% | Availability, obsolescence and channel policy |
| Field service | 35% contribution | 25% contribution | Labor availability, travel and response commitment |
| Strategic prototype | Case-specific | No automatic floor | Executive business case and capped exposure |
Combine margin with deal size and exposure
A percentage alone ignores the dollars at risk. A two-point exception on a $100,000 quote differs from the same exception on a $20 million project. Route by margin band and deal value, then add independent triggers for low cost confidence, unusual terms, schedule recovery and technical deviation.
Use the smallest authority that can accept the specific exception. A sales director might approve a 26 percent margin on a $400,000 repeat order. A business-unit leader might own 22 percent on a $3 million engineered package. Finance or an executive committee may own any below-floor case or a large dollar exposure.
SAP’s quote approval configuration supports conditions such as profit margin, discount, quote type, value and project status. Use those fields to reflect the authority policy instead of creating a long serial chain for every quote.
| Margin band | Deal value | Example authority | Additional routing |
|---|---|---|---|
| At or above target | Within seller authority | Automatic margin clearance | Route other exceptions only |
| Target to 3 points below | Up to $500K | Sales director | Finance when confidence is B or lower |
| 3 points below target to floor | $500K to $5M | Business-unit leader and finance | Operations for constrained delivery |
| At floor | Any | CFO or named executive | Written business case and downside view |
| Below floor | Any | Executive exception process | No release until every hard stop clears |
Check line margin and total quote margin
A total quote can hide a loss-making line behind high-margin spares, software or service. Review material lines whose scope, source or price carries separate risk. Decide when the company intentionally bundles economics across the package and when each line must clear its own floor.
Use line-level rules for bought-out equipment, pass-through freight, regulated items, commissions and options that the customer may order separately. If the customer can remove the high-margin service line after negotiation, the remaining equipment must still meet the accepted economics or trigger a new approval.
Preserve allocation logic. Shared engineering, freight or tooling should not move between lines simply to make each percentage look better. State whether an amount belongs to the base package, an option or the project as a whole.
| Quote line | Price | Cost | Margin | Approval question |
|---|---|---|---|---|
| Base conveyor cell | $920,000 | $735,000 | 20.1% | Below 28% target; scope and capacity review |
| Controls option | $210,000 | $138,000 | 34.3% | Can customer remove it? |
| Installation | $95,000 | $82,000 | 13.7% | Is travel and site time complete? |
| Two-year spares | $55,000 | $24,000 | 56.4% | Optional line cannot subsidize base if removed |
| Total draft | $1,280,000 | $979,000 | 23.5% | Total passes floor but material lines need decisions |
Account for constrained capacity
When a low-margin quote uses a bottleneck, measure the contribution it earns per constrained hour and the work it displaces. A positive-margin order can reduce company profit when another available order would use the same hours more productively.
OpenStax recommends contribution per unit of the constrained resource when allocating scarce capacity. Put that measure beside the quote margin. Operations must confirm that the named resource is truly constrained before the rule adds an opportunity cost.
A deal can still earn approval below the normal target when it fills otherwise idle capacity, protects skilled labor or creates follow-on work. Record the period and resource behind that exception. The approval expires when the plant mix changes.
| Capacity state | Margin rule effect | Evidence |
|---|---|---|
| Open capacity | Relevant-cost view may support a lower incremental price | Hours available before required date |
| Bottleneck at current mix | Add displaced contribution or require higher margin | Named work displaced and contribution per hour |
| Overtime available | Add shift premium, supervision and maintenance | Approved shift plan and cost |
| Subcontract recovery | Add qualified supplier cost and coordination | Accepted supplier quote and schedule |
| New capital required | Separate bid economics from investment case | Capacity, payback and future demand |
Translate payment, warranty and price validity into economics
Margin rules should see the commercial facts that change expected profit or cash. Long payment after site acceptance can add financing and collection exposure. Extended warranty adds expected service cost. Liquidated damages add schedule exposure. Foreign currency and supplier expiry can move cost before award.
Use a company-approved calculation for each effect. Finance can value cash timing. Service can estimate warranty from comparable installed products. Operations can price a specific recovery plan. Purchasing can model a supplier escalation clause. Show the term separately even when the company adds its expected cost to the margin view.
When an adjustment uses a public index, the BLS price-adjustment guide says to define the base price, chosen index, source, adjustment frequency and calculation. “Price subject to PPI” leaves too much open for approval or contract administration.
| Commercial fact | Economic input | Separate approval owner |
|---|---|---|
| Net 90 after site acceptance | Financing and collection exposure by milestone | Finance and credit |
| 36-month warranty | Expected service, parts and field reserve | Service and legal |
| Liquidated damages | Probability, cap and recovery plan | Legal, operations and sponsor |
| Foreign-currency supplier | Approved planning or hedge rate | Treasury and purchasing |
| Expired supplier quote | Current refresh or bounded escalation allowance | Purchasing and estimating |
| Customer cancellation right | Committed material, labor and unwind cost | Finance and legal |
Build authority bands with explicit outcomes
Each band should state who can approve, what evidence they receive and which outcomes they may choose. Useful outcomes include approve, approve with conditions, return for revision, reject and escalate. Require a reason when the approver accepts below target.
Avoid overlapping rules that route the same margin to several people without distinct authority. If sales leadership approves price and finance confirms cost basis, name those separate decisions. If the CFO alone owns the final below-floor authority, do not add three managers who can only forward the request.
Set authority by role. Assign substitutes and effective dates. Review the matrix after reorganizations, product changes and acquisitions. An inactive approver should not block customer deadlines or cause an uncontrolled bypass.
| Band | Authority | Permitted result | Required record |
|---|---|---|---|
| Above target | Seller or automatic rule within limit | Release margin branch | Current cost and no independent trigger |
| Target to warning band | Sales director | Approve or return | Commercial reason and current/downside margin |
| Warning band to floor | Business leader plus finance | Approve, condition, return or reject | Decision brief and cost-confidence review |
| At floor | CFO or executive delegate | Approve with named rationale or reject | Downside, cash, capacity and strategic case |
| Below floor | Executive exception forum | Change offer, accept capped exception or reject | Full business case and hard-stop clearance |
Use strategic overrides with a stated investment
A company may choose lower margin to enter an account, win a platform, protect installed base, fill a temporary capacity gap or secure future service. Write the thesis in terms the business can later test. “Strategic customer” alone cannot explain how much margin the company will invest or what it expects in return.
State the margin dollars waived against target, the expected follow-on event, owner and review date. Cap the exposure. If the thesis relies on later units, separate firm demand from probability. If it relies on service revenue, identify the installed-base path and who controls that opportunity.
Track the outcome by reason code. The team should learn whether account-entry discounts produced repeat orders, prototypes reached production and volume commitments arrived. Stop renewing an override category that does not produce the outcome used to justify it.
| Override field | Example |
|---|---|
| Reason | Paid first article for a new product platform |
| Margin investment | $86,000 below product-family target |
| Expected event | Customer production-source decision after acceptance test |
| Evidence | Customer sourcing plan and funded follow-on program |
| Owner | Business-unit president |
| Cap | One unit and stated engineering scope |
| Review date | 30 days after customer acceptance |
| Failure action | Return future quotes to normal target and recover new engineering |
Worked example: an engineered conveyor cell
An OEM prepares a $1.20 million quote for a custom conveyor and controls cell. The current estimate is $900,000, so the draft shows a 25 percent gross margin. The engineer-to-order target is 28 percent and the floor is 20 percent. The base rule routes the quote to the sales director because it sits three points below target.
The cost-confidence check changes the case. A drive package quote expired and may add $35,000. Installation excludes a customer-requested weekend cutover worth $55,000. Payment at net 90 after acceptance adds $18,000 of financing exposure. The downside cost becomes $1.008 million and margin falls to 16 percent, below the floor. The workflow stops normal margin approval and sends the three inputs to purchasing, field operations and finance.
Purchasing secures the drive price through the expected award. Field operations confirms a standard weekday cutover at $42,000 and prices the weekend requirement as a $32,000 option. Finance negotiates 30 percent at order, 60 percent at shipment and 10 percent after acceptance, net 30. The supported base cost becomes $920,000.
Sales sets the base price at $1.28 million, which produces 28.1 percent margin. The weekend option carries its own price and 30 percent margin. The customer can remove the option without changing the base economics. The system records the original below-target request, the cost gaps that stopped it and the approved commercial basis.
| Stage | Price | Cost | Margin | Approval result |
|---|---|---|---|---|
| Initial draft | $1.20M | $900K | 25.0% | Below target; cost review required |
| Downside before clarification | $1.20M | $1.008M | 16.0% | Below floor; stop normal approval |
| Supported base | $1.28M | $920K | 28.1% | At target; release margin branch |
| Weekend option | $46K | $32K | 30.4% | Separately removable and approved |
| Base plus option | $1.326M | $952K | 28.2% | Meets target with accepted payment terms |
Recalculate after material changes
Tie margin approval to the quote revision and cost basis. Recalculate when scope, quantity, configuration, supplier price, routing, delivery, payment, warranty, currency or option structure changes. Reopen the margin branch when the new result crosses a band or when cost confidence falls.
Use tolerance rules for immaterial changes. A price increase that improves margin may not need the same review, but it still needs release control. A minor freight change within an approved allowance can preserve the decision. Define tolerances in dollars and percentage points and state which fields never qualify for automatic preservation.
Show the approver the old and new economics and the reason. Do not ask for a fresh full review when the only change is a supported supplier decrease. Do not preserve approval when a removed high-margin option leaves the base package below floor.
| Change | Recalculate? | Reapprove when |
|---|---|---|
| Customer price | Always | New margin moves into another authority band |
| Cost line | Always | Band, confidence or exposure changes |
| Quantity or configuration | Always | Cost and price basis change |
| Option removed | Base and total | Remaining package breaches line or total rule |
| Supplier validity extended with same price | Update evidence | No, if rule permits and scope stays fixed |
| Editorial proposal change | No economic recalculation | Only if it changes a commitment |
Configure rules in one owned policy model
Store margin definitions, targets, floors, authority bands, deal-value limits, confidence classes and independent triggers in a controlled policy model. Quote systems can evaluate the rules, but finance and business leadership must own their meaning and effective dates.
SAP’s sales-document pricing documentation exposes cost, profit margin, list price, discounts and surcharges as separate pricing components. Preserve that separation in the approval model. A discount rule should not stand in for margin when product cost varies across configurations.
Test the configuration with boundary cases: exactly at target, one cent below a band, multiple currencies, negative-margin lines, removable options, expired costs, missing approvers and a revision during approval. Confirm that the system routes each decision once and blocks release when a hard stop remains.
| Policy object | Owner | Version control |
|---|---|---|
| Margin formula and cost mapping | Finance | Effective date and system fields |
| Targets and floors by work type | Business leadership and finance | Quarterly or approved event review |
| Authority bands and deal limits | Finance and executive leadership | Role, substitute and validity |
| Cost-confidence rules | Estimating and engineering | Evidence criteria and stop conditions |
| Independent commercial triggers | Legal, operations, service and finance | Named decision and owner |
| Strategic override reasons | Executive sponsor | Cap, review date and outcome tracking |
Review overrides and realized margin
Measure approval volume, turnaround and override rate by band, product family, seller and reason. Then compare approved margin with booked and current order margin. Separate customer scope change, cost-estimate error, supplier change and execution variance. Each failure needs a different fix.
Look for repeated patterns. Many below-target approvals with strong realized margin may mean the target or standards are wrong. Strong approved margin followed by erosion may point to missing scope, stale supplier cost or weak change control. Strategic overrides that never produce follow-on work need a stricter cap or retirement.
Review the policy on a set schedule and after material changes in cost, capacity, product strategy or market. Do not tune thresholds simply to reduce approval volume. Remove approvals that add no decision value, and strengthen the inputs that repeatedly cause late surprises.
| Measure | Calculation | Use |
|---|---|---|
| Automatic clearance rate | Quotes clearing margin rule ÷ quotes submitted | Shows rule coverage |
| Override rate | Below-target approvals ÷ triggered quotes | Shows exception frequency |
| Approval time by band | Ready request to margin decision | Finds slow authority levels |
| Approved-to-booked margin | Booked margin minus approved margin | Finds negotiation and order-entry leakage |
| Approved-to-current margin | Current order margin minus approved margin | Finds cost and execution change |
| Strategic outcome rate | Overrides reaching stated event ÷ strategic overrides | Tests the investment thesis |
| False trigger rate | Requests returned because the rule used wrong data ÷ triggers | Improves rule inputs |
How Bourne applies margin approval rules
Bourne calculates the company’s defined margin from the current quote and cost sources. It shows current and downside economics, cost confidence, deal value, line-level outliers, capacity effects and commercial exposures. The rule routes the specific decision to the authority that owns that range.
The approver sees the source behind each material cost, the reason for the exception, the margin dollars at risk and the proposed answer. Strategic overrides include a cap, owner and expected event. Conditions state exactly what can change before approval reopens.
When price, cost, scope or terms change, Bourne recalculates the quote and reopens the affected approval. The approved basis moves into the price, margin and terms workflow, the proposal and the later order review. Finance can compare approved margin with what the order actually earns.
Arda Bulut
Arda Bulut is the co-founder and CTO of Bourne and HockeyStack. He leads engineering at Bourne, building the platform people use to create AI products, agents and automations.