3D printing unlocks unequalled rapid prototyping opportunities but getting caught up in the iteration cycle creates bottlenecks. With fewer iterations you can reduce time to final part and time to market, but it’s easier said than done with traditional, numerical workflow. The traditional process sees engineers applying loads to already-manufactured
How Topology Optimisation Creates 3D Printing Opportunities Read More »
Many factors determine the accuracy and surface finish of 3D printed parts, but part orientation is up there with the most important. Part orientation refers to how you print parts on the build platform, which dictates the print head’s travel. The cusp of it is that FFF 3D printers produce parts with
6 Effects of Part Orientation on 3D Printed Parts Read More »
There are more than one hundred 3D printing filaments, stretching into the low hundreds when you include SLA, SLS, DLP, EBM and MJF technologies. However, if we stick to the foundation on which 3D printing is built, twelve filaments are prevalent in every industry. This article explores these twelve filaments
12 Different Types of 3D Printing Filaments Read More »
A lattice is a repeating pattern of strips, an arrangement so practical that you can find it in everything from apple pie to 3D printing. In 3D printing, lattice structures make parts lighter and stronger, solving strength and rigidity challenges. They are also relatively simple to produce, enabling most 3D
What is a Lattice Structure? – Optimise your 3D Printed Parts Read More »
Most resin 3D printers are stereolithography (SLA) printers, which cure liquid resin layers with a laser rather than extruding plastic with a print head. Because they are not restricted by the mechanical movements of a print head, resin 3D printers can produce models with greater complexity than Fused Filament Fabrication
What Is a Resin 3D Printer & How Does It Work? Read More »
Hundreds of things can affect the quality of 3D prints, including filament quality, slicing instructions, chamber temperature, nozzle diameters, retraction settings, and even humidity if materials are hygroscopic. Thankfully, if you know why things are messing up, you can resolve most 3D print quality problems without tearing your hair out.
How To Improve 3D Print Quality? – 7 Tips For Finishing The Final 3D Print Read More »
3D printers can produce amazing things, but they can also produce incredible disasters. Whether over extrusion or blobs on the print surface, you can face various issues when 3D printing. The good news is that most 3D printing problems have simple fixes, and you don’t need to go back to
7 Common 3D Printing Problems With Solutions Read More »
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 »
Large-format 3D printing is traditionally the remit of fused filament fabrication (FFF) 3D printers, which extrude plastic in layers with a mechanical print head. However, stereolithography (SLA) advancements now let you accurately create big models and put small series runs into production with liquid resin. Large format SLA is a
10 Benefits of Large Format SLA 3D Printing for Businesses Read More »
Customer case study – Brose turns to SLS 3D printing Brose is one of the largest automotive suppliers in the world. The company employs 30,000 people in over 70 locations across 25 countries. Every other new vehicle is equipped with one of Brose’s products. They are one of Germany’s most
Global Automotive Supplier Brose Turns to SLS 3D Printing to Produce End-Use Car Parts Read More »
