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

This project shares the corner stand family's common skeleton: a center panel that sits into the room 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 dense diamond-lattice weave cut across nearly the entire side panel. In the family's Scandinavian snowflake knit-pattern member, the pattern runs in horizontal bands with plain, pattern-free wood strips left between them; here, the pattern spreads across the panel's surface without leaving a single empty band, like an unbroken piece of lace — a dense cut made of repeating small diamond openings that reads like a lattice screen or embroidered curtain. This is the most intricate, visually "fullest" pattern in the family.

I designed this model to look complete without lighting — by day or under room light, it stands on its own as a rich fretwork pattern. But the guide's own assembly step is explicit that acrylic and LED can be added behind this pattern too, and given how dense it is, the effect of lighting it looks different from the rest of the family (see the Lighting section below).

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.

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.

You don't just have to take my word for these dimensions — the guide you're buying shows every one of them measured out directly on the design's own drawings.

3 SVG, DWG, and DXF format CNC files: all three carry the same diamond-lattice weave and the same cut plan — I prepared them in three formats purely for compatibility with different software. This variant's file is the most detailed in the family — thousands of small diamond openings, individually drawn; you'll see that density the moment you open it in a CAD program. 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, an optional lighting detail, and the full materials list.

I deliberately simplified this in the guide's own drawings — to keep the step-by-step instructions from getting cluttered, the technical drawings show the side panels plain, with no motif. But the SVG, DXF, and DWG files you receive already carry the diamond-lattice weave; the shelf-holder slot positions and dimensions are identical to the guide.

This is one of 5 variants in the corner stand family. They all share the same skeleton — the only difference between them is the pattern cut into the side panels and whether lighting is built in.

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

Birch plywood is close to essential on this variant. The pattern is made of hundreds of small diamond openings across most of the panel; on a void-filled panel, breakage risk between that many fine, closely-spaced cuts is real.

• Baltic birch plywood — every ply is birch with no internal voids. Ask for grade B/BB or BB/BB. The only realistic choice for this variant.
• Birch-faced hardwood plywood — only the outer face is birch veneer. The inner plies show a different color on the cut edge; at this many fine cuts, that difference repeats at every diamond's edge.

Strongly avoid: cheap construction-grade plywood (CDX / "sheathing"). With this pattern, internal voids make breakage almost unavoidable.

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 diamond-lattice weave 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.

If you're thinking about adding lighting behind the pattern later, the guide's referenced semi-opaque acrylic panel and hex washer screws are an optional add at that stage — they aren't part of the standard cut list. Every dimension is also marked directly on that part's own cutting diagram in the guide.

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.

If you're planning to add lighting, you'll also need 40 #12 × 3/4" (1.9 cm) hex washer-head screws and 2 semi-opaque acrylic panels. The guide's referenced material is a Plaskolite/OPTIX "cracked ice" pattern acrylic lighting panel, sold in the ceiling-tile/lighting aisle of most hardware stores — search for it as an acrylic ceiling light panel, cracked ice pattern; standard size 23.75" × 47.75" (60 × 121 cm), 0.097" (≈2.5 mm) thick, a non-yellowing commercial-grade plastic. See the Lighting section below for the full 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.

This is an indoor project. Don't use wall paint — it stays soft on a furniture surface and marks easily.

Natural wood look: if you used birch plywood, you can skip paint entirely — on this dense pattern, the wood's natural color and the cut edges' own shadow lines bring out the depth of the design on their own. Water-based polyurethane varnish is the right call on light-colored wood.

If you're painting, a brush or roller on a pattern this fine and dense is extremely tedious — a light spray coat is by far the more practical method here. Lay the panel flat and apply thin, successive coats; a single heavy coat can clog the diamond openings.

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.

This is the family's most cut-intensive variant, and CNC or laser cutting is the only realistic option here. The diamond-lattice weave covering most of the side panel is made of hundreds of small, closely-spaced cuts. Reproducing this by hand with a scroll saw isn't realistic — it takes far too long, and the thin wood bridges between diamonds are at high risk of breaking.

Hand the DWG, DXF, or SVG file straight to a CNC or laser shop. For a pattern this dense, laser cutting generally gives a cleaner, faster result than a CNC router — worth discussing with your shop. Also tell them the motifs need to be cut all the way through (through-cut), which 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, 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.

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.

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. On this pattern, the panel's overall surface is thinned out by the diamond openings, so be gentler than usual driving these screws — over-tightening can crack the thin wood bridges. Once this step is done, the structure stands on its own as a three-panel corner frame.

Once cutting is done, sand every part: 80-120 grit on the edges and rough spots, finishing with 150-220 grit. Avoid a random orbital sander entirely on this pattern — the thin wood bridges between diamonds may not survive its pressure. Work with a fine sanding sponge or by hand, with light pressure.

Sanding and painting before assembly, while the parts are still separate, makes the job significantly easier — reaching between the diamond openings after assembly is nearly impossible.