Millwork Takeoff Calculator
Custom millwork pricing from design specifications.
About this calculator
Custom millwork pricing depends heavily on material grade, and this calculator threads that through every cost component rather than just the raw material line. Choosing paint-grade, stain-grade, premium, or exotic doesn't just change the per-linear-foot or per-square-foot material rate for cabinetry, wall paneling, and crown/base molding (each of the four grades has its own cost table) — it also changes the shop labor rate (from $65/hr for paint-grade shop work up to $120/hr for exotic species) and the finishing cost per square foot, since exotic hardwoods take more skilled, slower finishing than a sprayed paint-grade cabinet box. Material subtotals get a waste allowance added on top (5-30%, since straight trim runs waste far less material than complex profiled millwork), and separate shop-fabrication and field-installation hour estimates are derived from rough per-unit productivity rates (1.5 shop hours per linear foot of cabinetry, 0.15 hours per square foot of paneling, and so on) rather than a detailed labor breakdown.
A board-footage figure, inflated by the same waste percentage, is included specifically to help with lumber ordering. All four cost buckets — material, shop labor, installation labor, and finishing — roll up into one total project cost, plus a cost-per-linear-foot figure normalized to the cabinetry quantity you entered. Because the per-unit rates and hourly productivity assumptions are fixed defaults drawn from typical shop practice rather than a specific shop's actual quote, use this for early budgeting and grade comparisons — get a real shop quote once drawings are final, since complexity of profiles and joinery can move labor hours well outside these averages.
Inputs
Results
Total project cost ($)
$6,130.00
≈ 6 smartphones
Board feet needed
276
How to Use This Calculator
- Enter Cabinetry (LF), Wall paneling (sq ft), and Crown molding (LF).
- Set Base molding (LF), Grade (0=paint, 1=stain, 2=premium, 3=exotic), and Waste allowance (%).
- Review Total project cost ($) ($) and Board feet needed.
- Use Material cost ($) ($) and Shop fabrication (hrs) to inform your decision.
How the result changes with Cabinetry (LF)
| Cabinetry (LF) | Total project cost ($) | Board feet needed |
|---|---|---|
| 10 | $3,065.00 | 138 |
| 15 | $4,597.50 | 207 |
| 30 | $9,195.00 | 414 |
| 50 | $15,325.00 | 690 |
What each input means
- Cabinetry (LF)
- Linear feet of custom cabinetry/built-ins.
- Wall paneling (sq ft)
- Square feet of custom wall paneling.
- Crown molding (LF)
- Linear feet of crown molding.
- Base molding (LF)
- Linear feet of base/baseboard molding.
- Grade (0=paint, 1=stain, 2=premium, 3=exotic)
- Material quality level. Paint-grade (MDF/poplar), stain-grade (oak/maple), premium (walnut/cherry), exotic (teak/mahogany).
- Waste allowance (%)
- Material waste percentage (10-15% typical, 20-25% for complex profiles).
What each result means
- Material cost ($)
- Total raw material cost including waste.
- Shop fabrication (hrs)
- Estimated shop fabrication hours.
- Shop cost ($)
- Shop fabrication labor cost.
- Field install (hrs)
- Estimated field installation hours.
- Install cost ($)
- Field installation labor cost.
- Finish cost ($)
- Paint, stain, or lacquer finishing cost.
- Total project cost ($)
- All-in cost: material + shop + install + finish.
- Board feet needed
- Estimated board footage for lumber ordering.
- Waste cost ($)
- Dollar value of waste allowance.
- Cost per LF (cabinets)
- Total project cost divided by cabinet linear footage.
How this is calculated
Worked example, using the default values
- Identify Input Parameters4 parametersCabinetry (LF) = 20, Wall paneling (sq ft) = 0, Crown molding (LF) = 0, Base molding (LF) = 0 = 6 input(s) provided
- Calculate Total project costTotal project cost = totalMaterialCost + shopCost + installCost + finishCost6130 = $6,130
- Calculate Board feet neededBoard feet needed = boardFeet * (1 + wastePct / 100)276 = 276
- Calculate Material costMaterial cost = subtotalMaterial + wasteAllowance1955 = $1,955
- Calculate Shop fabricationShop fabrication = cabinetShopHours + panelShopHours + trimShopHours30 = 30
Engine last updated . Checked against 2 independently-derived tests — how we verify calculators. Built by Paul Gunder, a software engineer, not a licensed financial, medical, or legal professional.
Frequently Asked Questions
Why does changing Material Grade affect labor costs and not just the price of the wood?
Material grade drives four separate cost tables in this calculator, not one: the per-linear-foot or per-square-foot material rate for cabinetry, paneling, and molding, but also the shop fabrication rate ($65/hr at paint-grade up to $120/hr at exotic) and the per-square-foot finishing cost. Exotic hardwoods take more skilled, slower shop and finishing work than a sprayed paint-grade cabinet box, so grade compounds across the whole project, not just the material line.
What's the difference between the Shop Cost and Install Cost outputs?
Shop Cost is fabrication labor performed off-site — estimated at 1.5 hours per linear foot of cabinetry, 0.15 hours per square foot of paneling, and 0.1 hours per linear foot of molding, billed at the grade-specific shop rate. Install Cost is separate field labor — 0.75 hours per linear foot of cabinetry, 0.08 hours per square foot of paneling, and 0.15 hours per linear foot of molding — billed at a flat $65/hour regardless of material grade, since installation skill requirements don't scale with wood species the way shop fabrication does.
How is the Board Feet Needed figure calculated, and what is it used for?
It converts your linear-foot and square-foot inputs into board feet using fixed conversion ratios (12 board feet per linear foot of cabinetry, 1.2 per square foot of paneling, 0.8 per linear foot of molding), then adds your waste percentage on top. It's meant specifically to help with raw lumber ordering, and is calculated separately from the dollar-based Material Cost output.
Why does the Waste Allowance percentage range only from 5% up to 30%?
The waste percentage represents raw material lost to cutting, defects, and grain or color matching across a run — straight, simple trim runs typically waste only 10-15%, while complex profiled millwork with more joinery and pattern-matching can run 20-25% or higher. The input is capped at 30% because the reference figures behind this calculator assume you'd get a shop-specific waste estimate for anything more complex than that.
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