Furniture designer-maker · Asheville, NC

A cut list is arithmetic that hasn’t happened to the wood yet.

Solid walnut, white oak and ash dining tables and casegoods, made to order in Asheville, NC — and a small run of current-stock pieces already built. Every commission starts with a to-scale shop drawing, not a quote: the price follows the cut list the drawing makes possible, not the other way around.

“The drawing is the receipt for the price, not the other way around. I’m not going to hand a client a board-foot number I haven’t earned by drawing the piece first.” — Adaeze Okafor
A gloved hand guiding a chisel through a wood joint, shavings curling off the blade

The document a client actually gets

The shop drawing

Before a board is bought, Adaeze drafts a to-scale elevation of the piece — front and side, dimensioned, at a stated scale. This is the actual drawing for The Blue Ridge Dining Table, the commission demonstration this whole page is built around.

Front & side elevation, scale 1:12 Dimension lines drawn in redline — the convention a shop drawing's own revisions are marked in.

Download the drawing (SVG)

Every piece, its own numbers

Dimensions

Overall width × depth × height, plus seat height, apron clearance or leaf capacity where a piece actually has one — not every piece needs the same fields.

Dining table · Commission demonstration

The Blue Ridge Dining Table

White oak (Quercus alba)

Overall, closed
84"W × 42"D × 30"H
Overall, with two 12" leaves
108"W × 42"D × 30"H
Apron clearance (floor to underside of apron)
26.5"
Top thickness
7⁄8"
Leaf capacity
2 leaves, 12" each

Joinery: Breadboard ends, draw-bored, Mortise & tenon, apron to leg, Through-tenon stretcher.

Sideboard · Current stock

The Currituck Sideboard

Black walnut (Juglans nigra)

Overall
64"W × 19"D × 32"H
Case depth, interior
17"

Joinery: Dovetailed case corners, Mortise & tenon face frame.

Credenza · Current stock

The Pisgah Credenza

White oak (Quercus alba)

Overall
58"W × 18"D × 28"H
Case depth, interior
16"

Joinery: Dovetailed case corners, Sliding-dovetail shelf.

Console table · Current stock

The Watauga Console Table

Ash (Fraxinus americana)

Overall
48"W × 14"D × 30"H
Apron clearance
26"

Joinery: Mortise & tenon, apron to leg, Drawbore pin.

Bench · Current stock

The Catawba Bench

Black walnut (Juglans nigra)

Overall
58"W × 14"D × 18"H
Seat height
18"

Joinery: Through-tenon legs, Wedged tenon.

The document that doesn't exist until the drawing is approved

Cut list & bill of materials

A board foot is bought before the piece exists — (thickness in × width in × length ft) ÷ 12 — and this is the cut list for The Blue Ridge Dining Table, computed against the drawing above, not typed in from a guess.

Bill of materials

Part, species, sawing method, finished dimensions, board feet and joinery
Part Species Sawing Finished T × W × L Qty Board ft Joinery
Top boards White oak Flatsawn 0.875″ × 10.5″ × 84″ 4 21.4 Glued panel, biscuit-aligned
Breadboard ends White oak Quartersawn 0.875″ × 3″ × 42″ 2 1.5 Draw-bored mortise & tenon
Apron, long rails White oak Quartersawn 0.875″ × 5″ × 76″ 2 4.6 Mortise & tenon to leg
Apron, short rails White oak Quartersawn 0.875″ × 5″ × 34″ 2 2.1 Mortise & tenon to leg
Legs White oak Quartersawn 2.25″ × 2.25″ × 29″ 4 4.1 Mortised for apron & stretcher
Extension leaves White oak Flatsawn 0.875″ × 12″ × 42″ 2 6.1 Alignment pins & pull-out slides
Net cut-list total 39.8 bf
Purchase total, +15% furniture-grade waste 45.8 bf

Furniture-grade projects add roughly 15% waste on top of the net cut list for sawing around checks, sapwood and grain runout — 20% on rough or lower-grade stock. No dollar figure is shown here on purpose: material cost is board feet × a lumber price that moves with the yard, and that multiplication only happens once, at ordering, against a real invoice.

Kiln-dried moisture-content record

Every board checked against the shop's 6–8% target the moment it comes off the truck — kiln-dried is a target a mill dries to, not a guaranteed state, so it gets verified before a joint is cut.

Board ID, species, part, moisture content at intake, target, status
Board ID Species Part MC at intake Target MC Status
BR-101 White oak Top board 1 7.1% 6–8% Within target
BR-102 White oak Top board 2 7.4% 6–8% Within target
BR-103 White oak Top board 3 6.8% 6–8% Within target
BR-104 White oak Top board 4 7.2% 6–8% Within target
BR-105 White oak Breadboard ends 6.9% 6–8% Within target
BR-106 White oak Legs & apron 7.5% 6–8% Within target

It never stops the way a fired pot does

Wood movement

Cellulose is hygroscopic: a board's width changes with the season, for the life of the piece — not once, like a kiln firing, but continuously.

The formula

width × (species shrinkage % ÷ fiber-saturation point) × Δ moisture content — tangential shrinkage (parallel to the growth rings, the wide face of most boards) runs roughly 6–10% green-to-oven-dry; radial shrinkage (through the rings) runs about half that. Longitudinal movement, along the grain, is under 0.1% and treated as zero.

Worked example: the tabletop

Run against The Blue Ridge Dining Table's widest panel — the 42″ top — using white oak's own published tangential-shrinkage coefficient, not a rounded-off "solid wood moves" shrug.

Assumption and value, computed against the The Blue Ridge Dining Table's top
SpeciesWhite oak (Quercus alba)
PanelTabletop, four boards glued, flatsawn
Panel width42″
Tangential shrinkage (species)10.5%
Fiber saturation point (assumed)28% MC
Heated-winter equilibrium MC6%
Humid-summer equilibrium MC10%
Δ moisture content4 points
Computed seasonal movement± 0.63″ across the range
42″ as built 10% MC (humid summer) 6% MC (heated winter) ± movement across the range: about 0.63″
White oak tabletop, 42″ wide, flatsawn — drawn to the real proportions of the movement computed in the table above, not a stock illustration.

This is why breadboard ends, floating panels and elongated screw slots exist — see joinery below. Quartersawn boards move roughly half as much across their width as flatsawn boards from the same log, which is why the breadboard ends and legs above are quartersawn even though the top itself is flatsawn for figure.

Three species, one shop

Species & hardness

Black walnut, white oak and ash — every piece on this page is one of the three, chosen for working properties, not just colour.

Comparison

Janka hardness, target moisture content, tangential & radial shrinkage, T/R ratio, sawing note
Species Janka Target MC Tangential Radial T/R ratio Sawing note
Black walnutJuglans nigra 1010 lbf 6–8% 7.8% 5.5% 1.4× Flatsawn for open face grain on casegood panels; quartersawn for legs and stretchers, where stiffness matters more than figure.
White oakQuercus alba 1360 lbf 6–8% 10.5% 5.6% 1.9× Quartersawn for tabletops, breadboard ends and legs — the widest movement of the three species, so stability is worth more than figure here.
AshFraxinus americana 1320 lbf 6–8% 7.8% 4.9% 1.6× Flatsawn for the open, straight grain a console top wants to show; quartersawn where a slimmer leg profile needs the extra stiffness.
Black walnut 1010 lbf White oak 1360 lbf Ash 1320 lbf
Janka hardness, pounds-force — higher resists denting and wear better; it says nothing about wood movement, which the table above tracks separately.

What holds, and why

Joinery

Five terms, what each does, and what fails without it.

Mortise & tenon
A tongue (tenon) cut on one part fits a matching slot (mortise) cut into another — the basic structural joint of almost every piece on this page. Fails without it: the joint relies on glue alone, and glue alone doesn’t survive a chair or table’s racking stress.
Breadboard end
A narrow strip capping the end grain of a wide panel, pinned (not glued) so the panel can move under it — the joint that lets a tabletop widen and narrow with the seasons without splitting. Fails without it: end grain left exposed checks and cups within a year or two.
Drawbore
A mortise-and-tenon pin hole bored slightly offset between the two parts, so driving the peg pulls the joint tight without clamps or glue. Fails without it: a glued-only tenon can creep loose over decades of seasonal movement; a drawbored one mechanically can’t.
Through-tenon
A tenon cut long enough to pass completely through the receiving part and show on the far face, often wedged there. Fails without it (i.e., a blind tenon in its place): less glue surface and less mechanical lock on a stretcher or leg that takes real load.
Dovetail
Interlocking trapezoidal pins and tails cut into two case corners, mechanically resisting the pulling-apart force a loaded drawer or case side puts on a joint. Fails without it: a butt-jointed or nailed case corner works loose exactly where the load is highest.

Hardwax oil vs. conversion varnish

Finish schedule

Two finish systems, stated with real dry and cure times — not "a few coats of finish."

Two finish systems

Finish system, coat, product, dry time, cure time, recoat window
System Coat Product Dry time Cure time Recoat window
Hardwax oil Base coat Pure hardwax oil, natural 4–6 hrs 7 days After 24 hrs
Hardwax oil Finish coat, buffed Pure hardwax oil, natural 4–6 hrs 7 days —
Conversion varnish Sealer coat Pre-catalyzed sealer 30–45 min 5–7 days 2–4 hrs
Conversion varnish Top coat ×2 Conversion varnish topcoat 30–45 min 5–7 days 2–4 hrs

Applying the finish, in order

  1. Sand through the grits Through 120, then 150, then 180 grit, raising the grain between the last two passes.
  2. Tack off the dust Wipe down with a tack cloth — no sanding dust caught in the grain lines before the first coat.
  3. Apply the first coat Work hardwax oil into the grain with a lint-free applicator, end grain last.
  4. Buff off the excess After 15–20 minutes, buff off every trace of standing oil — what’s left on the surface is what streaks.
  5. Let it dry 24 hours before recoating — see the finish schedule above.
  6. Apply the second coat Same method, then buff again.
  7. Full cure 7 days before the piece sees normal use — water and cleaning wait until then.

Caring for solid wood

  1. Wipe spills immediately A soft, dry cloth — standing liquid is what actually damages a finish, not the spill itself.
  2. Use coasters and trivets Under anything hot, wet or cold, every time.
  3. Hold indoor humidity steady 35–55% relative humidity year-round where you can — this is what the wood-movement math above is computed against.
  4. Dust dry or barely damp Skip silicone- or wax-based sprays; they build up and complicate a future re-coat.
  5. Expect the breadboard ends to move A little seasonal give at the ends is the joint doing its job, not a defect — don’t clamp or glue it shut.
  6. Re-oil worn areas yearly Hardwax oil only; conversion varnish doesn’t need this step. See the finish schedule above for which this piece has.

Lead time is a consequence, not an inconvenience

Commission process & lead time

How a commission moves

  1. Inquiry Piece type, rough dimensions and timeline, shared through the form below.
  2. Design & shop drawing Adaeze drafts the to-scale elevation you see above this page’s cut list, sized to your piece.
  3. 50% deposit Due on approval of the drawing — this is what starts the clock on lead time, not the inquiry.
  4. Material selection & cut list Species and sawing method confirmed per part; the cut list — and its board footage — comes from the approved drawing, not before.
  5. Build Joinery cut, dry-fit, glued up, inside the lead-time band for your piece’s size.
  6. Finish & cure Hardwax oil or conversion varnish applied per the finish schedule, then cured before delivery.
  7. Delivery & install Balance due on delivery, within about a day’s drive of Asheville.
“The drawing Adaeze sent us before we’d paid a dollar for materials told us more about the table than any showroom floor model ever could — species, joinery, even how much the top would move in our house. My husband and I signed off on the drawing, not a guess.” — Marcus & Rebecca Coyle, commission clients, Asheville, NC

Lead time by size

Size band, example pieces, lead time, deposit, balance
Band Example pieces Lead time Deposit Balance
Small Console tables, benches 3–6 weeks 50% on drawing approval Due on delivery
Medium Sideboards, credenzas 6–10 weeks 50% on drawing approval Due on delivery
Large Dining tables, extension tables 8–14 weeks 50% on drawing approval Due on delivery

Already built, already costed

Current stock

Fixed price, distinct from the commission section's withheld price — these pieces exist, so their cut lists already happened.

Close detail of the Currituck Sideboard’s book-matched black walnut door face

Sideboard · Black walnut

The Currituck Sideboard

64"W × 19"D × 32"H

$4,200

The Pisgah Credenza in white oak, sliding doors open on a low case

Credenza · White oak

The Pisgah Credenza

58"W × 18"D × 28"H

$3,850

The Watauga Console Table, a slender wood console on turned legs

Console table · Ash

The Watauga Console Table

48"W × 14"D × 30"H

$1,650

The Catawba Bench, a curved waterfall-profile bench in black walnut

Bench · Black walnut

The Catawba Bench

58"W × 14"D × 18"H

$980

Asheville, on purpose

About the workshop

Training & background

Adaeze Okafor trained in fine woodworking before opening her own shop — the kind of program Asheville has room for because the city has quietly become a real craft-furniture hub, home to the Center for Craft and Warren Wilson College's fine woodworking program. That's not incidental to where the shop is — it's most of why it's here.

The shop

A small shop on 118 Depot St, Unit 6, Asheville — hand tools within reach of the bench, a moisture meter that gets used on every board before it's cut, and machines sized for one person running them.

Sourcing

Kiln-dried lumber bought from regional hardwood yards within a day's drive, checked against the 6–8% target on arrival — see the moisture-content record above for exactly what that check looks like on a real order.

Wholesale & press

LinkedIn is fastest, email works too — see contact below.

A shop wall holding files, chisels and glue within reach of the bench
The tool wall Hand tools kept where the bench work actually happens — not in a drawer across the shop.
A hand running a tape measure along the edge of a stack of milled boards
Checking stock Every board is measured against the cut list before it's cut — see the moisture record above.
A woodworker guiding a length of stock through a shop saw
Cutting to length Parts are cut to the dimensions on the approved drawing, not eyeballed.
Close-up texture of weathered rough-sawn board stock
Before milling Rough stock, as it arrives from the yard — still a long way from the finished part.

FAQ

Questions

Why can’t you quote a price today?

Because lumber is priced and sold by the board foot, and board footage doesn’t exist until the cut list does — which doesn’t exist until the shop drawing is approved. See the cut list above for exactly how that arithmetic runs once it can.

Will my table really move with the seasons?

Yes, by a small, computable amount — see the wood-movement worked example above. That’s exactly why solid tops ship with breadboard ends, floating panels or elongated screw slots instead of being glued rigid across the grain.

Can I bring my own wood?

Sometimes — if it’s kiln-dried to 6–8% moisture content and there’s enough of it, net of the cut list plus 15–20% waste. Raise it at the inquiry stage so it can be checked before the drawing is drafted.

Do you deliver and install outside Asheville?

Yes, within about a day’s drive. Delivery and install are quoted separately once the piece is built, based on distance — the same “not until it’s real” approach as the piece itself.

Start a commission

Commission inquiry

Piece type, rough dimensions and timeline — enough for Adaeze to reply with what happens next, not a price.

Timeline

Full Shop Drawing Set →