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PETG filament has quickly become one of the most sought-after options. But what is PETG filament used for? PETG's practical and easily adaptable qualities make it important in projects that require durability, sometimes beauty, and chemical resistance. In functional parts and for creative, artistic models, PETG is
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Applying a high-quality surface finish to your 3D prints can be crucial in a professional or casual environment. Smoothing and sanding add to the visual appeal of a 3D cut and fortify and serve their purpose well, particularly when the cuts are to be painted, coated, or incorporated into
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ABS (acrylonitrile butadiene styrene) and PLA (polylactic acid) are among the most extensively used 3D printing filaments in FDM printing. Every material has distinct features influencing the prints' quality, strength, and usability. Thus, knowing which materials are different, their properties, and how to use them is important, especially when
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Custom 3D prints allow designers and non-designers, or creators, to develop things they need and require due to design limitations. From functional parts to artistic elements, 3D printing is fully used during these creative practices, thus enabling greater customization. This blog provides the 3D modeling practical guidance, explains various
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The 3D printer is undoubtedly the most trending equipment in the maker space. This is because they can print any digital image into a solid object. 3D printers are marvels of technology from which hobbyists and professionals draw great appeal. As creativity keeps coming, so does the need for more
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Can you 3D print rubber? No. Wait a minute; that's not the end of the story! Rubber itself can't be 3D printed; you can print objects as if they were made of rubber using flexible 3D filaments. This blog addresses why rubber cannot be 3D printed
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While single-extruder 3D printers are powerful tools, dual extrusion technology opens up a new dimension of creative and engineering possibilities. By employing two separate extruders, a printer can work with two materials in a single print job, unlocking advanced applications that are impossible with a single filament. This guide
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3D printing has revolutionized industries and home workshops, offering endless possibilities for prototyping, manufacturing, and creative projects. However, while the technology is exciting, it involves high temperatures and electrical components, which introduce potential fire risks. Although fire incidents are rare, understanding the causes and how to prevent them is crucial
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3D printing has quickly garnered attention among professionals and 3D printing enthusiasts worldwide thanks to its marvelous applications and ability to bring your imagination to life. If you have just started 3D printing, you may wonder whether to use a resin vs filament 3D printer. Each of them is a
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As 3D printing becomes popular in homes and workplaces, many users are curious—and sometimes worried—about the odors it emits. While that distinct smell may seem harmless, one naturally wonders if the fumes pose any health risk. Are the odors toxic, or are they just an unpleasant byproduct of
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You’ve bought your 3D printer and now are looking to start printing. Well, before you start, there is something you need to do, and that is 3D printer calibration. Calibration steps vary between 3D printing machines. If you are wondering how to calibrate a FDM (Fused Deposition Modeling) 3D
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There's nothing more frustrating than a 12-hour 3D print failing due to stringy, brittle filament. More often than not, the culprit isn't your printer—it's moisture. Most 3D printing filaments are hygroscopic, meaning they act like tiny sponges, absorbing moisture directly from the