Snapmaker Academy - 3D Printing

Image of a Snapmaker 3D printer with a multi-color 3D-printed relief on its print bed, featuring a vibrant design with red, yellow, and black layers.

Snapmaker Academy

How to Turn a 2D Image into a Multi-color 3D-printed Relief with Hueforge

Transform 2D images into multi-color 3D-printed reliefs using Hueforge with Snapmaker. Learn step-by-step techniques to create vibrant, layered designs with filament color changes for stunning results.

A close-up of several small, geometric concrete planters with succulents,

Snapmaker Academy - 3D Printing

How to Turn 3D Printed Parts into Concrete Masterpieces

Learn how to use your 3D printed parts as molds to create stunning concrete masterpieces with this step-by-step guide.

Snapmaker Academy

Dual Extruder and IDEX: The Pros and Cons Simply Explained

Learn the pros and cons of Dual Extruder and IDEX 3D printing with Snapmaker. Discover how independent dual extruders enhance productivity, reduce contamination, and compare costs for your printing needs.

Image of a Snapmaker 3D printer featuring a linear guide rail system, with two vertical pillars and a horizontal rail supporting the print head.

Snapmaker Academy

The linear guide rail systems on 3D printer axes: All you need to know

Explore linear guide rail systems for 3D printer axes with Snapmaker. Learn about V-slot and T-slot profiles, linear rods, and rails to enhance precision, smoothness, and reliability in your 3D printing projects.

Snapmaker Academy - 3D Printing

3D Printer Nozzle Jam: Main Causes and Cleaning Methods

Learn the main causes of 3D printer nozzle jams and effective cleaning methods in this Snapmaker guide. Keep your printer running smoothly with expert tips!

The left image shows a hand holding a flexible, white, ribbed TPU structure on a black grid surface. The right image displays a white 3D-printed tank model placed on a beige couch.

Snapmaker Academy

What Is TPU Filament and How Can I Use TPU with Snapmaker?

Discover TPU filament: a flexible, durable thermoplastic polyurethane ideal for 3D printing. Learn its characteristics, storage tips, and how to optimize TPU printing with Snapmaker’s direct extruder for high-quality results.

Snapmaker Academy - 3D Printing

Snapmaker Academy: How to Edit STL Files with Meshmixer

Edit STL files with Meshmixer! Follow Snapmaker Academy’s guide to transform, hollow, and customize 3D models for printing now!

3D printed LED letters showing the topics "How to Print LED Letters with PETG"

Snapmaker Academy

Snapmaker Academy: How to Print LED Letters with PETG

Learn how to print stunning LED letters with PETG using your Snapmaker in this step-by-step Snapmaker Academy guide. Perfect for beginners and advanced users alike!

A cartoon illustration of two 3D printing filament spools with faces, one asking "Did he use you today?" and the other responding "Forget it!" with a red mark on its face.

Snapmaker Academy

3D Printing Filament Storage and Drying: Why and How

Discover why and how to store and dry 3D printing filament with Snapmaker's guide. Learn essential tips to prevent moisture issues and ensure high-quality prints.

Snapmaker Academy

Print Sheet Maintenance: Useful Tips You Should Know

Learn essential print sheet maintenance tips to improve adhesion, extend lifespan, and ensure optimal 3D printing results with this helpful guide.

A Snapmaker ABS filament spool on a table showing the topic "How to 3D Print with ABS Filament"

Snapmaker Academy

Snapmaker Academy: How to 3D Print with ABS Filament

We provides a tutorial on how to 3D print with ABS plastic, including printing parameters, how to avoid deformation and cracks, and tips on how to deal with hangs and bridges.

Snapmaker Academy - 3D Printing

Snapmaker Academy - Printing glowing letters with PETG

Have you ever wondered when or why sometimes PETG is chosen over PLA or ABS for 3D printing? Well, we’ve got an informative tutorial video for you. In our last Snapmaker Academy tutorial (click here for quick review), we compared the differences between PLA and ABS. This time, we will compare PETG t