3D-printed gears straddle the line between functional and hobbyist components, yet they perform as well as any gears when appropriately designed. Most 3D printed gear failures are from choosing the wrong materials, incorrect printer settings, and specifying the wrong infill (which leads to weak gears that snap or gears that
How To 3D Print Gears Like A Pro – 7 Design Tips and Advice Read More »
When you create a 3D model in software, you save that model as a 3D printer file, and there are several file formats to choose from. The most common 3D printer files are STL, OBJ, AMF, and 3MF. While each file format stores information about your model, they differ in
Which 3D File Format Should I Use? – Tips To Choose The Right File Format Read More »
In our previous article introducing SLA resins, we uncovered a long list of 3D printing materials for thousands of applications. In comparison, SLS (Selective Laser Sintering) prints one material family – Nylon – in various strains. Selective Laser Sintering uses a high-powered laser to selectively ‘sinter’ nylon powder instead of
An Introduction to SLS Nylons Read More »
3D printing is an ever-evolving technology. Previously, prototypes were crafted from a block of material that left behind unnecessary waste, but these days, 3D printing involves intelligent production that uses less material and is, therefore, more sustainable than ever. A study released on April 25th 2022 discusses the development of
How 3D Printing Helps you Become Sustainable Read More »
The best example of the application of Additive Manufacturing (AM) or 3D Printing is found in the Aerospace industry, which produces potentially lighter and stronger parts than traditional manufacturing parts. The aerospace industry was a forerunner in 3D printing and contributed significantly to its development. Some aviation companies began using
The Best Applications of 3D Printing In The Aerospace Industry Read More »
Read on to learn more about metal 3D printing with Markforged technology… There are several metal 3D printing technologies suited to different applications, and all of them work differently: SLM (Selective Laser Melting) is the most mature technology, using high-powered lasers to selectively fuse metal powder spread on a bed
Metal 3D Printing – The Markforged Way Read More »
You’ve probably already heard of SLA (stereolithography), a 3D printing process in which layers of liquid-resin are selectively cured solid with a laser. SLA is a mature technology that offers several advantages over FFF, including speed, flexibility, and precision. However, the biggest advantage is there is no mechanical print head
What is the Difference Between SLA and LFS? Read More »
ESD (electrostatic discharge) is the transfer of electrical charges between two contact points. ESD-safe materials like those from Essentium reduce or stop static electricity discharge, protecting electrostatic-sensitive devices. Essentium is a leading producer of ESD-safe materials for FFF/FDM 3D printers, including Essentium’s HSE 280i HT, HSE 180 and
A quick guide to printing Essentium’s ESD-safe materials Read More »
What is SLS refresh rate? The SLS refresh rate is the percentage of the new cartridge that is ‘refreshed’ with new, unused powder, with the remainder made up of recycled powder. For example, 30% recycled powder means a 70% refresh rate. The Formlabs Fuse 1 makes
SLS Refresh Rate: What is it, and how does it work? Read More »
When printing thermoplastics with dual extrusion, one extruder is typically dedicated to printing a support material and the other a core material. We have covered core materials before (FFF plastics, SLA resins, FFF metals), but what of the support materials used in FFF plastic printing? This article introduces 3D printer support materials,
An Introduction to FDM/FFF 3D Printer Support Material Read More »
