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Yes, you can make cabinet moldings on a router table and table saw. The most reliable method is not to force one oversized bit to do everything. On our job sites, we get better results by building the molding profile from controlled pieces: a table-sawn cove or bevel, router-table beads and roundovers, small fillets, and a backer strip that makes the installation clean.
For an experienced woodworker, this is a practical shop project. For a homeowner trying to dress up a finished kitchen, the hard part is usually not the cutting. It is matching the cabinets, keeping the reveal straight when the ceiling is not level, avoiding damage to prefinished boxes, and finishing the molding so it looks like it was always part of the kitchen.
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In 2026, installed crown and cabinet molding commonly falls around $4 to $23 per linear foot nationally, with basic installation calculators often landing around $14.28 to $21.85 per linear foot. Small cabinet-only runs can cost more per foot because setup, matching, finishing, and minimum labor charges still apply. If you already own a table saw, router table, bits, featherboards, sanding equipment, and dust collection, making your own molding can save money and give you a better match. If you need to buy all those tools for one kitchen, hiring a finish carpenter may be the cheaper and cleaner route.
Start With the Profile, Not the Tool
The right way to make cabinet molding starts with a full-size drawing or story pole. Before we cut production stock, we confirm four things: the vertical rise, the projection from the cabinet face, the reveal line, and door clearance. A molding that looks beautiful on the bench can still fail if it blocks a tall pantry door, collides with under-cabinet lighting, hides an uneven ceiling in the wrong way, or projects too far over a face frame.
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For upper cabinets, common crown builds are often in the 2-1/2 inch to 4-1/2 inch tall range. A smaller shaker kitchen may only need a 1-1/2 inch light rail or a 2-1/4 inch crown. A tall custom kitchen with stacked cabinets may carry a 4 inch or larger built-up crown. The key is proportion. A heavy crown on short wall cabinets looks top-heavy; a tiny molding under a 9-foot ceiling can look like an afterthought.
We usually make a sample about 18 to 24 inches long before committing to the final run. That sample gets held against the actual cabinet, not just measured on the bench. We check the shadow line, the spring angle if it is crown, how it meets the ceiling or soffit, and whether it gives us a clean nailing surface.
Built-Up Molding Is Often Better Than One Large Bit
Large crown router bits look tempting, but they are not always the best choice for cabinet-scale work. Big bits need the correct router horsepower, a stable table, a properly set fence, reduced RPM according to the bit manufacturer, and slow, controlled feed. Even then, one large bit may not match the cabinet style.
Built-up molding is more forgiving. A typical cabinet crown assembly might include a flat backer strip, a small cove, a bead, a fillet, and a cap. Each piece can be made with simple, repeatable cuts. If one pass is off, you remake one strip instead of scrapping a wide expensive blank. Built-up profiles are also easier to modify when a ceiling is out of level.
Choose Material That Matches the Job
Material choice affects machining, finishing, movement, and cost. Cabinet molding is small, visible, and usually installed near eye level. Knots, fuzzy grain, warped stock, and inconsistent color stand out quickly.
For paint-grade cabinet molding, we commonly look at poplar, soft maple, MDF, and finger-jointed pine. Poplar remains a strong choice in 2026 because retail examples commonly fall around $3.75 to $5 per board foot, it machines cleanly, and it paints well. MDF is stable and inexpensive, but it does not like moisture, screws can be weak near edges, and crisp outside corners can dent. Finger-jointed pine works for budget paint-grade jobs, but bargain pine with knots and movement-prone grain is not our first pick for crisp cabinet molding.
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For stain-grade molding, the stock should match the cabinet face frames and doors as closely as possible. That usually means hard maple, cherry, walnut, white oak, red oak, or the same species used in the cabinetry. In 2026, hardwood pricing varies widely by species, grade, board width, length, kiln drying, freight, and local supply. Wider, clearer, better-matched boards cost more, but they reduce the risk of an obvious mismatch after stain.
| Material | Best Use | 2026 Cost Position | Jobsite Notes |
|---|---|---|---|
| Poplar | Paint-grade cabinet crown and trim | Often around $3.75-$5 per board foot in retail examples | Machines cleanly, holds profiles well, takes primer and paint nicely |
| Soft maple | Higher-end paint-grade or some stain-grade work | Usually higher than poplar | Harder edges, good stability, can blotch if stained without testing |
| MDF | Paint-grade straight runs | Usually budget-friendly | Very stable, but weak at thin edges and vulnerable to moisture |
| Finger-jointed pine | Budget paint-grade trim | Usually low cost | Use only clean, straight stock; joints can telegraph through poor paint prep |
| Hard maple, oak, cherry, walnut | Stain-grade cabinet molding | Materially higher and variable | Requires careful grain, color, and finish matching |
We mill extra stock from the same batch whenever possible. For a 60 linear foot cabinet molding run, we would rather prepare 75 to 85 linear feet of matching blank stock than come up short and try to match a new board later. Short molding runs still need waste allowance because test cuts, miters, copes, end returns, and damaged pieces add up.
Plan the Run Before You Mill
Before cutting, measure the cabinet run in place. Do not rely only on cabinet drawings. Field dimensions catch filler strips, appliance panels, end panels, crown returns, soffits, uneven ceilings, and walls that are out of square.
For a simple kitchen, a cabinet crown run might include 30 to 80 linear feet. Add 15% waste for straightforward paint-grade work and 20% to 30% for stain-grade, complex miters, or profile matching. If the profile is custom, keep one labeled offcut and one setup block after the job. That small reference can save hours if a piece is damaged later.
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A story pole is a simple strip marked with the cabinet top, intended reveal, molding height, ceiling line, door swing clearance, and any lighting or tile constraints. We use it to make decisions before production starts. If the ceiling rolls up 3/8 inch over an 8-foot run, the story pole shows whether to follow the ceiling, hold a level reveal, scribe the top, or use a two-piece build-up that hides the movement.
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For most cabinet crown installations, the visible reveal should be intentional. A molding that wanders with an uneven ceiling can make the cabinets look crooked even when the boxes are installed properly.
Router Table Work: Beads, Ogees, Rabbets, and Fillets
The router table is the cleanest way to add small profile details. Common cabinet molding cuts include beads, roundovers, ogees, coves, rabbets, chamfers, and small shadow-line fillets. The goal is repeatability. Every pass should be supported, guided, and tested before it touches the finished stock.
We start with long blanks whenever possible. A 48-inch to 96-inch blank is easier to control than a 9-inch return piece. Make the profile first, then cut the final lengths. Short pieces on a router table are harder to hold safely and more likely to tip, chatter, or get pulled into the bit.
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1Fix the driver behind crashes, sound loss and screen glitches2Clear out junk files and repair common Windows errors3Scan for outdated or missing drivers - takes under a minuteSet the fence with a test blank from the same thickness stock. Use featherboards to hold the piece against the fence and down to the table. Use push blocks when your hands would come anywhere near the cutter path. For deeper profiles, take multiple light passes instead of one heavy pass. A 1/8 inch adjustment between passes is often more controlled than trying to remove the full profile in one cut.
Router Table Safety Controls
Large-profile bits require lower RPMs based on manufacturer guidance. Do not assume the router can run at full speed just because the bit fits the collet. A large bit in a light router table can vibrate, burn stock, and create a dangerous setup. The table should be stable, the fence locked, the bit properly seated, and dust collection connected.
Feed direction matters. On a standard router table setup, feed the workpiece against the bit rotation so the cutter does not climb-cut and pull the stock forward. Climb cuts have specialized uses, but they are not a default cabinet molding operation for homeowners.
Table Saw Work: Coves, Bevels, and Controlled Shaping
The table saw can make molding shapes a router bit cannot easily match, especially cove molding. A table-sawn cove is made by passing the board across the blade at an angle using guide fences. The blade removes a shallow curved channel with each pass. The setup looks unusual if you have not done it before, but the principle is simple: many light passes, steady feed, and strong control from infeed through outfeed.
For a cove, the board runs diagonally over the blade between two guide fences. The angle and blade height control the width and depth of the cove. A wider cove requires a different fence angle. A deeper cove requires more passes. Do not raise the blade to full depth and shove the stock through. That is how you get burning, chatter, kickback, and a ruined blank.
On our jobs, a cove cut might take 6 to 12 shallow passes, depending on the size of the profile and the wood species. We sneak up on the final depth, then sand the cove with a shaped block or flexible abrasive. The last pass should be a cleanup pass, not a rescue mission.
Table Saw Safety Controls
A table saw used for molding work still needs disciplined guarding and control. Use a sharp blade, stable guide fences, featherboards where appropriate, push blocks, and outfeed support for long stock. Stand out of the direct kickback path. Keep the stock controlled before it reaches the blade, while it crosses the blade, and after it leaves the cut.
For ordinary ripping and beveling, use the saw guard, splitter or riving knife, and anti-kickback features where the cut allows. Cove cutting can require a specialized setup, so the burden shifts to the guide fences and operator control. If you cannot lock the setup down securely, do not make the cut.
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Sample Workflow for a Cabinet Crown Profile
Here is a realistic sequence for a paint-grade poplar cabinet crown made from built-up parts. Exact dimensions change by kitchen, but this gives you the scale of the work.
Start by milling poplar blanks to consistent thickness, usually 3/4 inch for the main pieces and 1/2 inch to 3/4 inch for smaller applied details. Joint or rip one straight reference edge. Plane or sand the blanks consistently so router table settings remain accurate from piece to piece.
Next, make the backer or nailer strip. A common cabinet crown backer might be a 3/4 inch by 1-1/2 inch strip installed along the cabinet top, set back to create the correct reveal. This gives the crown something solid to fasten into and keeps nails out of fragile cabinet edges.
Then cut the primary cove or bevel on the table saw. For example, you may create a shallow cove in a 2-1/2 inch wide blank, then add a small router-table roundover to the lower edge and a bead or fillet near the top. If the crown needs more height, add a cap strip above it rather than making one oversized piece.
After the profile is milled, sand while the pieces are still long. Start only as coarse as needed. For clean poplar, 150 grit followed by 180 or 220 grit is usually enough before primer. Over-sanding small profiles can soften crisp lines, so use shaped sanding blocks instead of flattening the detail with your fingers.
Finally, pre-prime or pre-finish before installation where practical. For paint-grade solid wood molding, we prefer to prime all sides, not just the face. That reduces moisture imbalance and helps limit seasonal movement. After installation, fill nail holes, caulk paint-grade inside joints as needed, and apply final coats or touch-up.
Finishing Sequence Matters
One of the most common mistakes is installing raw molding and then trying to finish every corner in place. That can work in an empty new-build kitchen, but it is inefficient and messy in an occupied home.
For paint-grade work, pre-prime the molding after sanding. If the profile has deep coves or beads, brush primer into those shapes before spraying or rolling the face. Lightly sand the primer with 220 grit, then install. After installation, fill nail holes, caulk small paint-grade gaps, spot-prime filler, and apply the finish coat.
For stain-grade molding, run a full sample through the actual finish schedule before production. A raw maple sample tells you very little. You need to see the wood after conditioner if used, stain or dye if used, sealer, and topcoat. Cherry, maple, oak, and walnut all take finish differently. Even boards from the same species can vary dramatically.
Prefinished cabinets require extra care. Tape alone does not protect a factory finish from a slipping nailer, sawdust abrasion, or a bad touch-up match. When we install molding on prefinished cabinets, we plan the fastening, touch-up, and masking before the first cut.
Installing Cabinet Molding Cleanly
Good installation starts with layout. Mark a level reveal line where the molding should sit, especially if the ceiling is uneven. If cabinets stop below the ceiling, the eye usually reads the cabinet line more than the ceiling line. If cabinets run tight to the ceiling, scribing and selective caulking become more important.
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Install nailer strips first when the molding needs support. The nailer should be straight, secure, and set back consistently. Use fasteners sized to the material. For many cabinet crown applications, 18-gauge brads from 1 inch to 1-1/2 inches are common, but the right fastener depends on the molding thickness, nailer strip, and cabinet construction. Avoid blowing nails through thin finished cabinet parts.
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A free scan shows the junk files, broken settings and background clutter dragging Windows down - then fixes them in one click.Free scan · Windows 10 & 11Inside corners are often better coped or scribed than simply mitered. A 45-degree miter assumes the wall or cabinet corner is square. Many are not. Coping lets one profile fit over the face of the other and usually hides seasonal movement better. On stain-grade work, the fit must be tighter because caulk is not there to save the joint.
Outside corners need accurate miters and consistent reveal. Test the angle. A corner that looks like 90 degrees may be 88 or 92. A small digital angle finder or bevel gauge can save repeated trips to the saw.
Cost: Make It Yourself or Hire It Out?
The economics depend on what you already own and how complex the kitchen is. A cabinet shop or experienced woodworker already has the table saw, router table, bits, featherboards, dust collection, clamps, nailers, sanding equipment, and finishing setup. A homeowner buying from scratch can spend more on tools than a small professional installation would cost.
Nationally in 2026, installed crown molding commonly ranges from $4 to $23 per linear foot. More detailed basic installation calculators put many projects around $14.28 to $21.85 per linear foot. Other national project ranges commonly show total installed costs around $609 to $2,123, with many homeowners paying in the high hundreds to low thousands. Labor can be 50% or more of the total cost, and finish carpentry labor alone is often discussed in the $12 to $25 per linear foot range depending on height, profile, finish scope, and complexity.
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|---|---|---|
| DIY with tools already owned | Stock, finish, sandpaper, fasteners, waste; often lowest cash cost | Experienced woodworker with time for samples and setup |
| DIY buying tools from scratch | Router table, bits, saw accessories, featherboards, dust collection, nailer, finish supplies | Only makes sense if you will keep using the tools |
| Hire for cabinet-only molding | Minimum charge, profile matching, finishing, short-run setup time | Occupied kitchens, prefinished cabinets, or tight timelines |
| Full kitchen or whole-home crown | Often priced per linear foot, with complexity adjustments | Best value when the carpenter can work efficiently across longer runs |
For a small 25 linear foot cabinet crown run, the per-foot price may feel high because the carpenter still has to mobilize, match the profile, set up saws, protect the kitchen, install, fill, caulk, and touch up. For an 80 linear foot run, those setup costs spread out more naturally.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Permits, Electrical Conflicts, and Code Notes
Adding decorative molding to existing cabinets usually does not require a building permit by itself. The permit picture changes when the work becomes part of a larger kitchen remodel involving electrical, plumbing, structural changes, ventilation, or cabinet relocation. Local rules vary, so the authority having jurisdiction has the final say.
Be especially careful around kitchen islands, peninsulas, appliance panels, lighting, and receptacles. Electrical rules have changed over time, and kitchen GFCI protection requirements are more demanding than many older homes reflect. Molding should not cover junction boxes, interfere with accessible receptacles, trap low-voltage wiring, block ventilation paths, or create clearance problems around appliances.
If molding work is part of a larger cabinet modification, coordinate it with the electrician, tile installer, painter, and countertop schedule. Crown installed before ceiling repair or backsplash work may need to be removed or repaired later.
Common Mistakes We Avoid
The first mistake is trying to make the full profile in one aggressive pass. Whether the cut is on the router table or table saw, lighter passes produce cleaner surfaces and safer control.
The second mistake is skipping test pieces. A test piece confirms fence position, bit height, saw angle, reveal, sanding behavior, and finish response. It is cheaper to waste 2 feet of sample stock than 40 feet of finished molding.
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The third mistake is assuming the room is square and level. Older homes rarely are. Cabinets may be level, ceilings may not be, and walls may roll in and out. The molding layout has to decide what line the eye should follow.
The fourth mistake is using poor stock. Construction lumber with knots, pitch pockets, or unstable grain is a bad bargain for small cabinet profiles. It may move after installation, open miters, or paint unevenly.
The fifth mistake is forgetting the nailer strip. Thin custom molding without solid backing is harder to install, easier to split, and more likely to wave between fasteners.
When to DIY and When to Hire a Finish Carpenter
DIY makes sense if you are comfortable with a table saw and router table, already own the core tools, can make accurate sample pieces, and have time to finish before installation. It is also a good fit when the cabinets are unfinished or being repainted, because touch-up is more forgiving.
Hire a finish carpenter when the kitchen is occupied, the cabinets are factory-finished, the ceiling is uneven, the molding must match existing millwork, or the profile involves stain-grade hardwood. Also hire out the work if you are not fully confident making table-sawn cove cuts. That operation requires control, patience, and respect for the saw.
From a builder’s perspective, the best custom cabinet molding looks quiet. The proportions are right, the reveal is steady, the corners close cleanly, and the finish matches the cabinets. Nobody should notice the router bit or saw trick. They should notice that the kitchen looks complete.
Bottom Line
Making cabinet moldings on a router table and table saw is a legitimate way to get a custom profile, especially when off-the-shelf trim does not match the cabinets. Use long blanks, light passes, featherboards, setup blocks, and a full-size sample. Choose stable material, mill extra from the same batch, plan the nailer strip, and finish as much as practical before installation.
If you already have the tools and skill, the project can be satisfying and cost-effective. If you are buying tools for one small kitchen or working around expensive prefinished cabinetry, a professional finish carpenter may be the better value even at 2026 installed rates of roughly $4 to $23 per linear foot.
Frequently Asked Questions
Can you make cabinet crown molding with a router table?
Yes. A router table is excellent for beads, ogees, roundovers, rabbets, coves, and small fillets. For the best control, make the profile in multiple light passes on long blanks, then cut the finished molding to length.
How do you make cove molding on a table saw safely?
Cove molding is made by feeding the board across the blade at an angle between secure guide fences. The cut should be made in many shallow passes with featherboards, push blocks, outfeed support, and the operator standing out of the kickback path.
What wood is best for paint-grade cabinet molding?
Poplar is often the best balance of clean machining, stability, and cost for paint-grade cabinet molding. Soft maple, MDF, and finger-jointed pine can also work, but each has tradeoffs in cost, durability, moisture resistance, and edge quality.
Is it cheaper to make cabinet molding or buy it?
It is usually cheaper to make molding if you already own the table saw, router table, bits, dust collection, nailers, and finishing setup. If you are buying tools for one small cabinet run, stock or professional installation may cost less.
How much does cabinet crown molding cost to install in 2026?
National installed crown molding pricing commonly ranges from about $4 to $23 per linear foot in 2026, with many basic installation calculators around $14.28 to $21.85 per linear foot. Small cabinet-only projects may have higher per-foot costs because of minimum labor and setup time.
Do I need a permit to add molding to kitchen cabinets?
Decorative molding alone usually does not require a permit, but larger kitchen work may. Permits may apply if the project includes electrical, plumbing, ventilation, structural changes, or cabinet relocation. Local code officials have the final authority.
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