These two traditional methods have a lot in common. For example, they’re both additive manufacturing processes that use UV light to cure a liquid resin. They also both print layer by layer, albeit with some differences in the way they do so. So how exactly do they differ, and when would you use eith

10 Steps on How to Remove Supports from 3D Prints begins with a clear understanding of support placement, tool selection, and controlled force during removal, and each step contributes to a cleaner surface finish and stronger final structure. Each of the 10 steps in removing supports from 3D prints

SLA Definition and Comparison to FDMStereolithography is a photopolymer-based 3D printing technology. It was first invented by Hideo Kodama in 1980 but commercialized and patented in 1986 by Charles Hull. The process works by shining a UV laser against a scanning mirror. The mirror directs the laser

AttributeSLSDMLSAttributeTypical layer heightSLS100–120 micronsDMLS30–40 micronsAttributeTypical tolerance standardsSLS± 0.015” or ± 0.002 per inch — whichever is greater*DMLS+/- 0.005” for the first inch, plus +/- 0.002” for every inch that comes afterAttributeTypical build volumeSLS330 x 330 x 580

For manufacturers, tensile strength is one of the first things needed when it comes to choosing a suitable material for their products. In this article, we’ll cover exactly what it is, how it differs from other similar specs, and how to calculate it.What is Tensile Strength?The tensile strength of a

When it comes to 3D printing, you’re only limited by your imagination. Nowadays, it’s easier to ask the question, “What can’t you print using this process?” rather than listing the long and never-ending list of what can be produced. 3D printing is able to make simple tools, pump out full-blown archi

SolidWorks Part File (SLDPRT) to Standard Tessellation Language (sometimes called Standard Triangle Language) (STL) is a process to convert SLDPRT to STL, creating a direct path from detailed parametric models to mesh‑based geometry suitable for digital manufacturing. A SLDPRT file to STL conversion

Before You Get StartedGenerally, we recommend not converting your STEP files to STL for manufacturing. STEP files inherently contain more useful data, such as units and solid data. From a manufacturing side, we can use STEP files to create high-resolution mesh files for printing to ensure the highes

Compression Set describes the permanent deformation remaining in an elastomer after compression, thermal aging, load release, and recovery, and the concept applies directly to rubber seals, silicone gaskets, Thermoplastic Polyurethane (TPU) pads, and foam cushions. Compression Set is measured as a p

Stereolithography (STL) file format is a 3D model file type that uses an object as a triangle mesh describing exterior surfaces. STL file format transfers printable geometry from CAD or modeling software into slicing programs used for additive manufacturing. The file stores surface geometry and gene

OBJ file format for 3D printing is a supported 3D mesh standard used to transfer polygon-based geometry into slicing software for additive manufacturing. OBJ file format for 3D printing originated from Wavefront Technologies and became a common exchange format because it stores vertices, face defini

10 Applications of 3D Printing are prosthetics, automotive parts, and aerospace components, highlighting its transformative impact across industries (aerospace) with applications like GE Aviation’s jet engine parts and NASA’s spare parts production. 3D printing is making strides in many other sector

Inkjet technology was first invented for use in 2D printers. This method deposits small droplets of different colored inks on a page to create an image. The 3D printing version of inkjet technology is not much different than the 2D version: it deposits multiple droplets of different colors or photop

How to Calibrate a three-dimensional (3D) Printer defines the structured process of adjusting motion control, extrusion rate, and thermal stability to achieve predictable dimensional accuracy. 3D Printer involves systematic verification of bed leveling uniformity, within a range of ~0.02 to 0.10 mil

SketchUp® Free and SketchUp® Pro are created to cater to different user needs and proficiency levels, especially in the realm of 3D printing. SketchUp Free is the web-based version of the popular 3D modeling tool. Its an excellent starting point for beginners and hobbyists who are venturing into the

PLA Definition and Comparison to PLA+The PLA definition and comparison to PLA+ highlight key differences in mechanical strength and printing ease, helping users choose the best material for their 3D printing needs. PLA is one of the most used thermoplastics. PLA is made from lactic monomers extracte

PLA and ABS are two of the commonly used 3D printing filaments, but they differ in key areas (strength, ease of use, and heat resistance). Acrylonitrile Butadiene Styrene (ABS) is stronger and more impact-resistant than Polylactic acid (PLA). ABS is ideal for parts exposed to mechanical stress (auto

The wide range of 3D filaments that exist means that the possible applications are endless. We take a detailed look at interesting applications that are used in a variety of industries. In this article, we cover medical uses, robotics, 3D printing with metal, and fashion. The possibilities

For anyone with a 3D printer, a flex filament can provide some unique advantages to your prints. In this article, we focus on the most flexible filament available in our portfolio: TPU. Let’s take a look at its properties, how to print it, and the different applications made possible by th

We take a look at the indicators of brittle PLA filament, the reasons why, and the solutions for this issue. We also discuss the variety of applications you can explore once you’ve got your PLA printing in tip-top condition. Looking for the secret to solving brittle PLA filament? We keep y