SimplerCAD

Resources

SimplerCAD resources

Find the right tool, choose a file format, and work through common modeling problems. Keep this reference open beside your project. For a guided learning sequence, start with Tutorials.

Find help for the task in front of you

Create or change a part

Start with parametric shapes, then use Transform and Align for placement. Use Boolean operations when a shape needs to add or remove volume.

Before a Boolean operation, check which object is the target, which is the cutter, and whether they intersect where you intend.

Work with an imported mesh

Use the import formats guide to choose the input. The Modify reference explains Reduce, Repair, Make solid, and Split loose parts.

Save a starting version before repair or simplification, then inspect whether holes, edges, and small details still match your intent.

Save and export

The project guide covers saved projects and local recovery. The output guide covers STL, GLB, and OBJ exports.

Save the editable project as well as the file you send to another program. Check whether you are exporting the selection or the whole scene.

Choose a file for the next step

  • Send geometry to a slicer: STL. Confirm dimensions and orientation in the slicer. STL is a shape-focused format; do not depend on it to preserve materials or colors.
  • Exchange a model with visual appearance: GLB. Open the result in the receiving viewer and inspect its appearance. The receiving program’s support also affects the result.
  • Import an OBJ with material information: keep its matching MTL. Supported OBJ + MTL ZIP imports keep related files together. A missing MTL can explain why base material colors are absent.
  • Continue editing: save a SimplerCAD project. Keep a named version and confirm that you can reopen it. Retain the project alongside exported meshes.

Read the file formats guide for more on geometry, materials, and companion files.

Work through common problems

The imported model is too large or too small

Compare Dimensions with a known measurement from the original design. Confirm working units and correct the model scale before adding features. Recheck a second dimension to make sure the change is consistent.

A cut did not create the expected opening

Check the target and tool order. Inspect from a side view: a through-hole cutter must pass through the full thickness. Undo if needed, reposition the cutter, and try again. See Boolean operations.

The workspace feels slow

Dense imported meshes can take longer to edit. Save a copy, then consider a simpler input or the Reduce tool. Compare small features before and after simplification; a smaller mesh is useful only if it retains the geometry you need.

Print check reports an issue

Read the reported issue before choosing a tool. After repair, inspect the affected area and run the check again. A topology check does not decide slicer support settings or establish the strength of a finished print.

Understand saving and recovery

Local recovery helps you resume current work in the browser. It should not be your only retained copy of an important design. Save a named project at useful milestones, especially before changing geometry or leaving the device.

When signed in, My Designs lets you save a project to your account and open it later. Check the saved version before relying on another browser or device. The browser workflow guide explains local recovery and cloud saving.

A practical naming habit

Identify the part and the change: “cable-guide-original,” “cable-guide-wider-slot,” and “cable-guide-export.” Clear versions are easier to compare than several files named “final.”

Keep learning

Read the strength-map guide to understand relative risk, or look up shortcuts and editing. For a product question, contact SimplerCAD with the operation, file format, browser, and what you expected to happen.

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