Brims, rafts, and skirts are FDM 3D printing techniques that can enable better bed adhesion and print stability. Here’s how and when to use them.
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All you need to know about ASA and ABS 3D printing filaments, from their similarities and their differences, to when to use each material.
Here’s everything you need to know about the vase mode Cura offers, including the slicer function’s capabilities and applications, how to optimize print settings for increased strength, and more.
ABS and PETG are, along with PLA, some of the most affordable and widely used 3D printing filaments for extrusion-style printing. This article discusses the key differences between the two thermoplastic materials.
According to manufacturer Creality, the Ender 3 print speed can reach an impressive 180 mm/s. But is it possible to successfully print at this high speed? If so, how?
What you need to know about G-code, the programming language essential to translating a digital 3D design into a physical object.
Z banding is a common problem that makers face when 3D printing. Read on to understand what Z banding is, what causes it, and how to fix it.
An In-depth Exploration of CNC Milling's Precision, Repeatability, and Versatility
Whether you’re using the classic, V2, or Pro model, the Creality Ender 3 is a reliable entry-level 3D printer. Here we take a look at the various Ender 3 nozzle sizes you can use.
Everything you need to know about the gyroid structure, one of the most advanced—and cool looking— 3D printing infill patterns available in slicer programs.
Durable, flexible, and chemically resistant, PETG is a valuable 3D printing filament with a small price tag. However, the ideal PETG bed temperature is higher than other materials.
FDM vs SLA is one of the most common questions asked by desktop 3D printer buyers. The two technologies have their respective strengths and weaknesses.
An in-depth look at how popular filaments PLA and ASA compare to each other in terms of printability, applications, and more.
ASA and PETG are two 3D printing filaments used widely for FFF/FDM 3D printing. Both have unique advantages and applications.
FDM 3D printers are reliable and cost-effective, but the appearance of layer lines can ruin a good print. Fortunately, it is possible to smooth PLA parts using a variety of methods.
Selecting the right filament settings, print temperature, and flow rate can help solve the common problem of over extrusion in FDM 3D printing.
Fused filament fabrication (FFF) and fused deposition modeling (FDM) both refer to a type of extrusion 3D printing. So why the two terms?
Ultimaker’s Cura slicer software gives you many options for generating supports. Here are some of the top Cura support settings explained and tips on troubleshooting support problems.
Is it possible to 3D print rubber? In a strict sense, no. But with a huge number of flexible filaments and flexible resins out there, it is possible to make pliable, rubber-like parts suitable for a range of applications.
In this article, we examine the causes of 3D printing adhesion problems and how to ensure that PLA prints stick to the print bed.
With its low melting point and resistance to warping, PLA is one of the easiest materials to print. However, users should still optimize the PLA bed temperature and nozzle temperature to obtain the best results.
Here are some reliable tips to follow if your 3D print simply isn't coming off the print bed and how to prevent the issue in future.
Z offset is an important 3D printer setting that allows users to perfect their first layer. It can be adjusted in slicer software or by inputting G-code commands.
Thanks to its durability, chemical resistance, and low shrinkage, PETG filament is fast gaining popularity. However, it can be difficult to print without careful preparation and adjustment of 3D printer settings.
As an affordable 3D printing filament with excellent mechanical properties, PETG is a must-have material for FDM users. But it is notorious for oozing and stringing during printing.
