TexHouse Plain comparisons of 3D printing and maker tools

How to print drawer inserts for home organizers

A practical guide to measuring a drawer, printing organizer inserts in pieces that fit your bed, and testing the fit before a full print.

By TexHouse ยท

TexHouse is published by the makers of LunarWerx 3D Print, Vector3D and MeshyDL, which are compared here alongside other tools.

Measure the drawer at several points, choose an insert design that matches the space, split any part that is bigger than your printer bed, print one test piece, and then print the full set.

OptionWhat it doesFee
LunarWerx 3D PrintBrowser tools that work out ironing settings, check parts and design 3D-printable foam inserts [1]Free to use [1]
A slicer you already useCheck the tool's own site for what it doesNot published

What you need before you start

Before you print drawer inserts, measure the inside of each drawer at the front, middle and back, for both width and depth, and note the height as well. Use the smallest figure you find at each point, because drawers are often slightly out of square. Know the length and width your printer bed can reach, since any insert larger than the bed has to be printed in pieces.

Have a design for the insert ready. It can be a model you download or one you make yourself, but it should match the layout you sketched for the drawer. You also need a program that turns the design into print instructions for your printer, which is usually called a slicer.

Choose a filament that suits the job. Keep a spare roll nearby in case a test piece fails and you need to print it again. A ruler or a set of calipers helps you check the printed parts against the drawer. A small test piece is useful before committing to a full set, so plan for one.

Step by step

  1. Measure the drawer inside. Record the width, depth and height at the front, middle and back, and keep the smallest number for each measurement.
  1. Plan the layout. Sketch where each divider goes, and leave a few millimeters of clearance on each side so the pieces slide in and out without forcing.
  1. Choose or make the insert design. Use a model that matches your layout, or a design file you have made yourself.
  1. Check the printer bed size. Note the length and width the printer can reach, and compare them with the insert.
  1. Split large parts. If an insert is larger than the bed, cut it into pieces that each fit, and mark where the pieces join so you can reassemble them.
  1. Set the first layer. A flat, even first layer keeps the base of each piece level, so check it on the test piece before you go further.
  1. Print a test piece. Check that it fits the drawer with the clearance you planned and that the joints line up.
  1. Adjust and print the full set. Change the size or clearance if the test is too tight or too loose, then print the rest.
  1. Check the finished set. Fit each piece in its place, and remove any stringing or rough edges before you load the drawer.

Tools that can do it

LunarWerx 3D Print is made by the team that publishes this site. It provides browser tools that work out ironing settings and other 3D printing tasks. [1] It runs in a web browser [1] and you use it on its website, which is hosted on Cloudflare. [1]

For a smooth top surface on a part, it works out ironing settings for your printer, material and finish and exports a ready 3MF file. [1] It makes a 9-pad or 16-pad test plate around your settings, and you mark each pad as worked or not. [1]

When you open an STL file with faces turned backwards, it turns them right side out and says how many it fixed. [1] The foam insert is split into pieces that each fit your printer's bed. [1] The tool runs only in your browser, and signing in with Connections lets your settings, recent test plates and print results follow you to every computer. [1]

A slicer you already use can also prepare your print. Check that tool's own site for its fee and what it does before you choose.

Common mistakes to avoid

Measuring the drawer once at one spot is a mistake. Drawers can be wider at the back than at the front, so measure at several points and use the smallest figure.

Printing the full set before a test piece wastes filament and time. One test piece shows the fit quickly, and it is much cheaper to correct a size on a small part than on a full set.

Leaving no clearance makes pieces jam in the drawer. Give each piece a little room to slide in, and check that room on the test piece.

Skipping the first layer check can leave a base that rocks on the drawer floor. Look at the base of the test piece and make sure it sits flat.

Ignoring the bed size leads to a part that cannot print in one go. Split large parts into pieces that fit, and mark each join so the pieces are easy to put back together.

Frequently asked questions

How do you measure a drawer for printed inserts?

Measure the inside of the drawer at the front, middle and back, for width and depth, and note the height too. Use the smallest figure at each point, since drawers are often slightly out of square. Leave a few millimeters of clearance on each side so the inserts slide in and out without forcing. Write the numbers down before you open the design file, so the layout matches the real drawer.

Is LunarWerx 3D Print free to use?

Yes, the tools are free to use. [1] The tool runs in a web browser, and you use it on its website, which is hosted on Cloudflare. [1] [1] It runs only in your browser, and signing in with Connections lets your settings, recent test plates and print results follow you to every computer. [1]

Can LunarWerx 3D Print fix model files with reversed faces?

When you open an STL file with faces turned backwards, the tool turns them right side out and says how many it fixed. [1] Check that report before you print, so you know the model has changed. Keep a copy of the original file in case you want to compare the two versions later on.

What should you test before printing a full set of drawer inserts?

Print one test piece before the full set. Check that it slides into the drawer with the clearance you planned, and that its base sits flat. The tool can also make a test plate with 9 or 16 pads, each marked as worked or not. [1] Adjust the size or finish based on the test, then print the rest of the set.

Can LunarWerx 3D Print help with the top surface of a print?

Yes, for ironing. It works out ironing settings for your printer, material and finish and exports a ready 3MF file. [1] Ironing is the pass that smooths the top of a part, and the right settings depend on the material and finish you choose. Export the file, then check the first print before you use the settings for the full set.

The tools are free to use. [1]

Try LunarWerx 3D Print

Sources

  1. LunarWerx 3D Print's own description of itself (the product of this site's publisher)

Related comparisons