# Building an angled tiered display shelf

> an angled tiered display shelf with anti-slide front rails

A tiered display shelf steps small items up and back so every row is visible: think spice jars, paint bottles, trophies, or collectibles. This generator builds two side panels with a row of angled slots, a set of shelves that pass straight through those slots, and a back panel that finger-joints the sides together. Because the slots are angled, the shelves tilt back slightly so items lean into the display instead of sliding off. The Assembled 3D tab shows the tiers seated so you can check the tilt and spacing before cutting.

## What you need

- **Laser cutting:** 3 to 8 mm plywood or MDF. Thicker sheet makes a sturdier riser; measure it with calipers.
- **3D printing:** any rigid filament. 4 to 6 mm panels give the through-slots enough strength.
- **Glue:** PVA wood glue and clamps or bands to hold the frame square.
- **Finishing:** light sandpaper for the slot edges and joint tabs.

## Step 1 - Overall size



**Width** is how wide the shelves span between the sides, **Depth** is how far the shelves reach front to back, and **Height** is the full height of the side panels. The shelves overhang the sides slightly so they read as clean ledges. **Thickness** must match your sheet, because the slots and finger joints are derived from it.

## Step 2 - Tiers and tilt



- **Shelves** sets how many tiers there are. They are spaced evenly up the usable height with a margin at the top and bottom.
- **Angle** tilts every shelf back by the same amount. A small angle is nearly flat; a larger angle leans items back so they display and stay put.
- **Finger width** controls the joint tab size where the back panel meets the sides.

## Step 3 - Check the assembly



Switch to the **Assembled 3D** tab and orbit the shelf to confirm the tiers clear each other and the tilt suits what you plan to display. The flat SVG view shows both slotted sides, the back, and every shelf laid out for cutting.

## Laser cutting

### Before you cut



1. Measure your sheet with calipers and set **Thickness** to what you measured, so the shelves grip their slots.
2. Run a test on one side panel and one shelf, and check the shelf slides through the angled slot with light pressure.
3. Cut the slots and finger joints before the outlines where your software lets you, so panels do not shift once free.

### Glue up



1. Finger-joint the back panel between the two sides and check the frame is square before the glue grabs.
2. Slide each shelf through its matching slots so it passes cleanly across both sides.
3. Glue the shelves into their slots if you want a permanent riser, or leave them dry for a knock-down display, then clamp until cured.

## 3D Printing

### Slice and print



1. The 3D download is a zip with one part per side, shelf, and the back, already extruded to the **Thickness** value.
2. Do not scale the parts in the slicer: it changes the slot and joint sizes together.
3. Lay each panel flat on the bed. The angled slots are already cut, so no supports are needed.
4. Print at 0.2 mm layers with 3 or more perimeters so the slot walls stay strong.

## Make it yours

- Set the angle to zero for flat shelves that suit framed prints or flat cards.
- Engrave labels along the front edge of each shelf before cutting.
- Add more tiers and reduce the depth for a compact stepped spice or nail-polish rack.

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Open the Display Shelf Generator: https://www.mylasertools.com//display-shelf-generator
Read online: https://www.mylasertools.com//learn/guides/display-shelf-generator