Veneer & Hardwood Fabrication

A real slice of hardwood — typically 0.5 to 0.6 mm thick — cut from a log and pressed onto a stable engineered substrate. It is genuine wood, not a print or a laminate. That is why a veneered wall grain-reads exactly like solid lumber, only flatter, more stable, and available in the wide continuous panels a real architectural feature wall needs.

It depends on the piece. For anything wide and flat (a lobby wall, a boardroom, a ceiling panel, cabinet doors) veneer over an engineered core is dramatically cheaper — solid lumber that wide costs 4-10x more per square foot and will move seasonally. For anything narrow, structural or edge-loaded (stair treads, handrails, thick mouldings, bar tops) solid is cheaper because the labour to build up and edge-band a veneered fake usually exceeds the price of the real board. We'll spec veneer or solid piece-by-piece to keep the budget honest.

Two reasons. One, cost: a 4' x 10' rift-cut white oak veneered panel is a fraction of the price of a solid glue-up that size — and the solid glue-up would still move and check on a mechanical wall. Two, grain: veneer lets us sequence-match consecutive slices from the same flitch so grain runs continuously across a 40-ft lobby wall. Solid lumber can't do that — every board is a different tree, different colour, different pattern.

Edging is a real line item. Every veneered panel needs its exposed edges sealed with matching veneer or solid lipping — that means edgebander machine time, glue, labour, and a matching wood edge-band spool. On complex boxes with lots of exposed edges (open shelving, floating cabinets), the edging labour is a real cost. On flat feature-wall panels with mostly concealed edges it's negligible. We price the edging into the panel line-by-line so you see the true delivered cost before award, not after.

Plain-sliced (a.k.a. flat-cut) gives the cathedral/flame grain most people recognize — it's the most economical and covers the most yield per log. Quarter-cut gives a straight, tight vertical grain with occasional ray fleck (dramatic in white oak). Rift-cut gives a very linear grain with no cathedrals and no fleck — it's the most contemporary look and the most expensive because it wastes the most log. Rotary-cut peels the log continuously and gives a broad, wild grain — usually used for plywood, rarely for architectural feature walls. See image 2 in the gallery for a labelled sample board.

Book-match flips every other veneer leaf so the grain mirrors across the joint — you get that symmetric butterfly pattern (image 3). Sequence-match keeps all the leaves from one flitch stored together and installed in the order they were sliced, so grain flows continuously across a whole wall. Premium lobbies get both: book-matched within each panel, sequence-matched across the wall.

Leaves are laid out and taped into a matched face, then pressed to a stable engineered core (MDF, particleboard or plywood) in our hot press with structural PVA (image 4). Once cured, the panel is trimmed to final size on the beam saw, and every exposed edge is run through the edgebander with matching veneer or solid-wood lipping (image 5). Panels ship pre-finished under one lot number so colour reads consistently on the wall.

Anything that takes wear or an edge load: stair treads, nosings, handrails, thick door stiles, bar tops, bench seats, decorative mouldings thicker than about 5/8" (image 6). Solid is also the right call when the piece needs to be re-sanded and re-finished repeatedly over its life — you can't sand a veneer more than about twice before you break through.

We slice, match, press, edge-band, finish and pre-fit every panel in the shop, then our own installers hang the panels on site (image 7) — mechanical French cleats or Z-clips on feature walls, biscuited and screwed on boardroom perimeter (image 8), pocket-screwed and adhered on cabinet fronts. Same crew from flitch to final install, no sub-trades in the veneer chain.