Illuminated Pine-Tree Pattern, 6 ft. Corner Christmas Village Tree Stand CNC Files and Assembly Plans (3 Shelves)

I designed this one to keep the same six-tier display idea from my circular stand (the 7 ft Christmas Village Tree) while fitting into the part of a room that usually goes to waste — an empty corner. Instead of a single center post, the structure is three flat panels meeting at an angle: a center panel that sits into the corner, and two side panels that open out from it, parallel to the walls. Each of the three shelves is a pie-slice (quarter-circle) filling the 90° angle between the two side panels.

What sets this variant apart is a single, large pine-tree silhouette cut into each side panel, backlit from behind. On the panel, a large pine-tree motif that echoes the tree's own outline is cut all the way through (through-cut) — so it's not an engraving, it's a real opening light can pass through. The last step of the guide places a semi-opaque (10-20% opacity) acrylic panel behind that opening, with a warm-white LED strip behind that. The result: by day the side panels read as a plain wood silhouette, and once the lights are on, a single large pine tree glows from within each one.

I deliberately simplified this in the guide's own drawings — to keep the step-by-step instructions from getting cluttered, the technical drawings in the guide show the side panels plain, with no motif. But the SVG, DXF, and DWG files you receive already carry the exact pine-tree pattern shown in this listing's photos; the position and dimensions of the shelf-holder slots are identical to the guide, so you can follow the assembly steps directly.

Unlike the two side panels, the center panel carries a row of decorative holes for hanging ornaments and is cut with a slight 3° closing angle toward the back — a small engineering detail that lets the whole structure sit flush into the corner.

Finished, the reference dimensions are 54" (137 cm) wide × 71" (180 cm) tall — that's the size stated on the Etsy listing, based on the styled look in the photos with garland and a tree topper. The panels' and shelves' own net dimensions are given to scale in the CNC file.

This is a corner design: the structure is built to sit into a 90° room corner. The center panel sits into the corner itself, and the two side panels open outward, parallel to the two walls. All three shelves are quarter-circle (pie-slice) wedges filling that 90° angle — unlike my circular stand's full-round shelves, every inch of shelf area here is usable display surface.

It has fewer tiers than my circular stand (3 versus 6), but each shelf runs deeper — a better fit if you'd rather display fewer, larger village pieces (a church, say, or a multi-story building).

3 SVG, DWG, and DXF format CNC files: all three carry the same pine-tree pattern and the same cut plan — I prepared them in three formats purely for compatibility with different software. You don't need paid software to open them: LibreCAD (free, open-source) and QCAD (free community edition) both run on Windows and Mac. If you want a Windows-only option, Autodesk's own free viewer DWG TrueView is available. That said, if you're having it CNC-cut, you don't need to open the file yourself — just hand it off to whoever's doing the cutting.

1 PDF format build guide: a 10-page guide, explained through drawings — a parts diagram, center-panel dimension detail, shelf and side-panel assembly steps, the lighting-panel detail, and the full materials list. The guide prints cleanly at either A4 or A3; it's phone-screen friendly since I prepared it for A3.

This is one of 5 variants in the corner stand family. They all share the same skeleton (same assembly steps, same shelf dimensions) — the only difference between them is the pattern cut into the side panels and whether lighting is built in. This variant is one of the two I designed pine-tree patterned and pre-lit from the start.

This is an indoor project, so what matters is appearance, weight, and how cleanly the cut edges come out.

I recommend birch plywood — on this variant that matters more than usual, because the large pine-tree motif's fine branch tips are defined by thin, closely-spaced cut lines. On a lower-quality, void-filled panel, those thin tips are more likely to crack or chip. When shopping:

• Baltic birch plywood — every ply is birch with no internal voids. Ask for grade B/BB or BB/BB. The safest choice for this variant.
• Birch-faced hardwood plywood — only the outer face is birch veneer. Fine, but the inner plies show a different color on the cut edge, which is more noticeable along the motif's thin edges.

Avoid: cheap construction-grade plywood (CDX / "sheathing"). The internal voids put fine motif detail like this at real risk of breaking during the cut.

Every wooden part comes from a single thickness: 19/32" (about 15 mm). The panel referenced on the guide's materials page is this thickness, and 2 sheets of 4×8 ft (122 × 244 cm) panel is enough in total.

Main parts: the center panel (3° angled, with decorative holes), two side panels (with the pine-tree motif cut in), three pie-slice shelves, and the center/side holders that connect the shelves to the panels. All cut dimensions and quantities are given to scale in the CNC file; the guide's own section drawings show which heights the holders land at. Every dimension on the cut list is also marked directly on that part's own cutting diagram in the guide — you're never left translating a number out of a paragraph onto the panel; you read it straight off the drawing.

Because I designed this variant to be lit, you'll also need 2 semi-opaque acrylic panels — these sit behind the side panels, directly behind the pine-tree openings. The full technical spec is in the Lighting section below.

Screws: per the guide's materials list, you'll need 36 #8 × 1" (2.5 cm) and 45 #8 × 2" (5 cm) flat-head wood screws. Make sure they're flat head — at some points you'll need to countersink the head into the panel.

You'll also need 40 #12 × 3/4" (1.9 cm) hex washer-head screws for the acrylic panel — these hold the acrylic in place behind the motif; the washer spreads the pressure evenly.

The acrylic itself belongs on this list too: the product referenced in the guide is a Plaskolite/OPTIX "cracked ice" pattern acrylic lighting panel — sold in the ceiling-tile/lighting aisle of most hardware stores as an acrylic ceiling light panel, cracked ice pattern. Standard size is 23.75" × 47.75" (60 × 121 cm), 0.097" (≈2.5 mm) thick, a non-yellowing, impact-resistant commercial-grade plastic — 2 needed. A local supplier may carry the same product family under "frosted/opal acrylic" or "fluorescent fixture diffuser panel." See the Lighting section below for opacity guidance and full install detail.

Glue: not required, but I recommend it, particularly at the panel-to-holder joints. Ordinary wood glue (PVA) is plenty. If you're planning to take it apart at the end of the season, skip glue on the holder joints — a glued joint can't be separated without damage.

This is an indoor project, so there's no need for exterior paint. Don't use wall paint — it stays soft on a furniture surface and marks and stains easily.

Natural wood look: if you used birch plywood, you can skip paint entirely. Water-based polyurethane varnish is the right call on light-colored wood — it dries clear and doesn't yellow. I don't recommend a solvent-based varnish, since it ambers over time and spoils birch's clean tone.

One note specific to this variant: if you're painting the side panels, mask the edges of the pine-tree opening while you paint — those edges need to stay clean and paint-free so the acrylic can seat flush behind it.

For a painted finish: a shellac-based primer (e.g. Zinsser B-I-N), then a water-based acrylic furniture paint (trim & cabinet paint), in satin or semi-gloss.

For some of my other projects I offer a hand-cut (jigsaw) alternative, but on this variant, CNC or laser cutting is the only realistic option. The large pine tree motif's fine branch tips are defined by thin, closely-spaced, sharp-angled lines — reproducing that by hand with a scroll saw takes a long time and risks breaking the tips.

Hand the DWG, DXF, or SVG file straight to a CNC or laser shop. I'd recommend telling the shop the motif needs to be cut all the way through the panel (through-cut), not engraved — the file itself is already set up that way, but stating it clearly avoids any mix-up.

Start assembly with the center panel. Unlike the two side panels, it's wider and carries decorative holes for hanging ornaments, and it's cut with a slight 3° closing angle so it seats flush into the corner.

Before going further, screw the center holders that will carry all three shelves onto the panel using 1" (2.5 cm) screws — leaving a 19/32" (15 mm) gap at the top of the slots that pass through the center panel, equal to the shelf thickness.

The spacing between the three holders is fixed at 1-15/16" (5 cm). Follow the guide's dimension drawing and all three land at the right height, level and aligned. Every dimension and gap here is also marked visually on the guide's own step page — once you have the center panel in hand, you can check where each screw and gap goes straight from the drawing, not the text.

Fasten the shelves from underneath onto the center holders with 2" (5 cm) screws — the three shelves' starting points should line up.

Next, fit the side holders underneath each shelf — 1-3/16" (3 cm) in from the shelf's starting point, again with 2" screws. These holders stay hidden on the shelf's underside, invisible from the front.

As the final step, slide the two side panels over the already-mounted side holders and screw them in from the outside with 1" (2.5 cm) screws. Take care while driving these screws — miss a holder and you'll open an unnecessary hole in the side panel. Once this step is done, the structure stands on its own as a three-panel corner frame. These dimensions are also marked on the guide's own page, right on the part itself — you're working from a scaled technical drawing, not just this text.

Once cutting is done, sand every part: 80-120 grit on the edges and rough spots, finishing with 150-220 grit. On the pine-tree motif's inner corners, use a small hand sander or sanding stick instead of a random orbital sander — a power sander can't reach into corners that tight, and it can round over the motif's sharp lines.

Sanding and painting before assembly, while the parts are still separate, makes the job significantly easier — especially since reaching between the motif's branch tips gets harder after the fact.

I designed this variant to be lit from the start — lighting isn't an optional add-on, it's part of the design itself. The guide's final step covers exactly this: a semi-opaque acrylic panel, held with hex washer screws, goes behind the pine-tree opening, with a thin-wire LED strip behind that.

The guide's referenced material is a Plaskolite/OPTIX "cracked ice" pattern acrylic lighting panel — search for it as an acrylic ceiling light panel or prismatic lighting panel, cracked ice pattern and you'll find it at most hardware stores. Standard size is 23.75" × 47.75" (60 × 121 cm, roughly 2×4 ft) — it's made in the same size as drop-ceiling tiles, so it's usually in stock. It's 0.097" (≈2.5 mm) thick, a non-yellowing, impact-resistant commercial-grade plastic; the cracked-ice texture scatters and diffuses the light while hiding its source. Locally, "frosted/opal acrylic" or "fluorescent fixture diffuser panel" points to the same product family.

Opacity matters: the guide recommends 10-20% opacity — a fully clear acrylic shows the LED strip and its wiring exactly as they are, while a fully opaque one smothers too much of the light. Something in that range softens and spreads the light while still hiding its source. Textured/prismatic panels like cracked ice land in that range on their own.

Choose warm white (2700-3000K) — cool white clashes with the wood. You don't have to align the acrylic precisely with the motif; since it sits behind the panel, small alignment differences don't show from outside.

Battery or plug-in: a battery-powered set with a built-in timer switches itself on and off with no cord to route. If you use a plug-in set, run the cord down the back of the center panel, the side facing the wall.

Layer it with decoration: alongside this fixed backlight, you can add a thin-wire (copper wire fairy lights) string in front too, woven through the garland or the decorative holes along the shelf edge. The result is a steady, soft silhouette glow from behind and a sparkling, moving layer up front — the village houses' own interior lights, if lit, add a third layer of warmth. Keeping all three at warm white keeps them reading as one coherent look.