Author: Lexx Farell

3D slicers describe the structure of a model and tell the 3D printer how to produce it. Learn everything there is to know about this 3D printing software. What Is a 3D Slicer & How Do You Slice It? A slicer is a program that turns digital 3D models into printing instructions for a particular 3D printer. The instructions also provide user-entered 3D printing parameters such as layer height, speed, support structure settings, and the model itself. Every 3D printing method works by layering material to make 3D objects. Slicer software is so named because it effectively “slices” 3D…

Which construction printers are the best for 3D printing a house? Concrete 3D printing, often known as “Construction 4.0,” is a 3D printing technology comparable to FFF 3D printers. A construction 3D printer is a machine that can 3D print a house by layering a material (for example, concrete) on top of each other. To print buildings in 3D, a paste-type material, concrete or earth materials, is forced through a nozzle in layers. Concrete 3D printing saves the building sector time, effort, and material compared to traditional construction processes. It’s worth noting that 3D printers can’t produce a fully working…

There are two surprisingly easy ways to prevent 3D print layer separation. Read on for our top 2 tips to avoid delamination in your prints! The thing is built one layer at a time in 3D printing. Each subsequent layer is printed on top of the one before it, resulting in the desired 3D shape. However, for the final portion to be solid and trustworthy, each layer must adequately bind to the layer below it. The last part may break or detach if the layers do not connect well enough. Below, we’ll look at a few common causes for this…

You will need to ensure that you have gathered all of the essential software for 3D printing “ingredients” before you begin the process of 3D printing. These “ingredients” will help you through printing, from developing your 3D model to managing the printers themselves. To help, we’ve compiled a list of the finest free software for 3D printing for each process stage. We’ve compiled a list of the best software for creating, preparing, fixing, viewing, and controlling your 3D prints and printers. It’s a one-stop store for not having to shop at all. Although all of the 3d printing software on…

Learn 3D printing with Blender in our post series. In this article, we will explain how to split an object to make prints larger than your build plate. If you want to make prints larger than your build plate, you’ll need to split and trim your models or STL files for 3D printing. Instead of scaling down your project, you can divide it into independent portions that can be put together afterward. Rather than being limited by this limitation, people discovered that they could split models into smaller portions that could be glued back together. This splitting action can be…

Aside from the expense of the 3D printer and the substance used to make the objects, something more comes to mind. How much electricity does this device consume?! It’s a reasonable question. We want to 3D print our own products to be as cost-effective as possible, as much as it is entertaining. In this article, I’ll explain how much electricity these 3D printers consume and how to regulate it. The amount of electricity used by your 3D printer is primarily determined by the printer’s size and the temperature of the heated bed and nozzle. The average 3D printer consumes 70…

Long controversies have raged on the correct extrusion device. Most likely. Dive into the debate: Direct drive vs Bowden extruder configurations! Direct Drive vs. Bowden Extruder Setup: The Differences Extrusion 101 Direct drive or Bowden extruder setups are used in fused-deposition modeling (FDM) 3D printers. Although the basic idea remains the same – an extruder is used to drive filament through a heated nozzle – the difference is in the extruder’s position. The extruder is installed on the printhead in a direct drive device, pushing the filament directly into the hot end. In the meantime, the extruder in a Bowden…

As we navigate the complex and fascinating universe of 3D printing, Creality has emerged as a prominent player. The buzz in the 3D printing community suggests a new release from Creality is on the horizon – the Ender 3 V3 SE. Drawing from the highly-acclaimed Ender 3 series, the Ender 3 V3 SE is rumored to possess a series of upgrades and improvements that could set new standards in the industry. An Unexpected Reveal The initial whisper about the Ender 3 V3 SE came quite inconspicuously in the Creality Print V4.3.6 changelog, which included support for the “Ender 3 V3…

Introduction As we stand at the intersection of creativity and technology, Fused Deposition Modeling (FDM) 3D printing continues to revolutionize our world in extraordinary ways. From the automotive industry to healthcare and fashion, its applications are as limitless as our imaginations. Despite the common thread of layer-by-layer material deposition, not all FDM 3D printers are created equal. These machines’ performance, precision, and applications vary significantly based on their type. In this blog post, we’re diving deep into the intricacies of FDM 3D printing, providing an all-encompassing understanding of its various types—Cartesian, CoreXY, Delta, SCARA, Belt, H-bot, and Polar. Let’s embark…

On this dedicated platform, we’re closely monitoring the most enticing Prime Day 3D printer deals unfolding throughout this significant sale event. The sheer diversity and appeal of the deals we’re coming across underscore the remarkable accessibility of 3D printers in today’s world. 3D printers are revolutionizing how we work and play, from professional applications, including the manufacture of medical equipment, to a multitude of personal projects spanning creative crafts and enterprising DIY endeavors. The market is booming with options, inviting individuals of all skill levels to participate in this exciting digital fabrication movement. And what better way to immerse oneself…