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3D Printing Tips & Toubleshooting

3D Printing Tips & Troubleshooting: Fix Common Problems

3D Print Stringing

3D Print Stringing: What Causes It & How to Fix It

Stringing is a common 3D printing defect. It occurs when thin, hair-like strands of plastic are left between separate parts of a print. This issue is commonly caused by incorrect retraction, high nozzle temperature, slow travel speed, or moist filament. Fortunately, stringing can be easily fixed by adjusting some

3D Printing Raft

3D Printing Raft: What It Is, Best Settings & Slicer Setup Guide

A raft is the strongest adhesion tool in your slicer — and also the most overused. Here's when it actually saves a print, when it just wastes filament, and the one setting that decides whether it peels off clean or ruins your bottom layer.

3d print infill

3D Print Infill: Best Density, Patterns & Slicer Settings Guide

Infill is the invisible skeleton inside every 3D print — and the setting most beginners either ignore or max out to 100%. Here's how to pick the right density and pattern without wasting filament or print time.

3D Print Brim

3D Print Brim: Best Settings & How to Add One in Your Slicer

Most prints don't warp because of bad filament. They warp because of a missing single-layer ring that takes 10 seconds to enable in your slicer.

3D Printer Ironing

3D Printer Ironing: Setup Guide & Best Settings for Beginners

3D printer ironing smooths the top surface of your print by re-melting the plastic with a second nozzle pass. This guide covers what ironing does, when to use it, the best settings for PLA, PETG, and ABS, and how to enable it in Bambu Studio, PrusaSlicer, and Cura.

3d print not sticking to bed hero

3D Print Not Sticking to Bed? 9 Fixes to Improve Bed Adhesion

3D print not sticking to the bed? This guide covers 9 proven fixes — from Z-offset calibration and bed cleaning to material-specific temperature settings — so your first layer bonds properly every time.

Why a 3D Printer Cannot Have Floating Layers (And How to Work Around It)

Why a 3D Printer Cannot Have Floating Layers (And How to Work Around It)

A 3D printer cannot have floating layers because molten plastic needs a solid surface underneath to bond to. Here are 5 ways to work around this limitation.