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When a user of a 3D FDM printer reaches average knowledge, he seeks to increase the complexity of his printed pieces, both in terms of functionality and finishing. Here are a series of tips to increase the performance of a 3D printer thanks to the programmed stoppages and metal inserts.

In this post we talk about how the infill can affect the properties of the piece you want to obtain, and we give you advice on how to choose the best filling for your print.

Sometimes, choosing the most suitable material for a given application is a complex decision that depends on a multitude of variables and requirements. To facilitate this selection, we have developed a new advanced search engine on our website, which allows filtering based on almost 40 properties.

3D resin printing has evolved in the same way as 3D FDM printing, until it is available to all types of users. This new movement through the use of 3D resin printers has led to the development of a wide range of resins, with very varied properties and applications.

Designing has never been so easy, thanks to the introduction of 3D printing technology. If you can imagine, you can create as you imagined. This technology has allowed significant progress and reduce costs in a multitude of sectors such as construction, automotive and medicine.

With the Filamet metal filaments of The Virtual Foundry, consisting of a base metal and a biodegradable and ecological polymer (PLA), and an oven sintering process, it is now possible to obtain all-metal parts using 3D FDM printing.

When the term "the coil has a knot" is used in 3D FDM printing, it is totally wrong. What can happen is an overlap. The winding process is complex, since the winding tension and the correct lateral positioning of the filament are involved.

During September 10, 11 and 12, Filament2print was present at stand 202 at the international Mindtech fair, a benchmark in the industrial sector of the Iberian Pole, sharing a pavilion with other leading companies in the industrial sector both nationally and internationally, and which has received more than 21,000 visitors during the 3 days.

3D printing is already in the mouth of everyone and the vast majority of people are generally aware of the advantages it brings, both in the daily life of a particular user and a professional user, but what is not so well known is that there are machines that can complement this technology. In this case we will talk about laser cutters.

Users of a 3D printer always aspire to make increasingly complex and larger pieces, but often they are limited, not by their knowledge, but by their 3D printer or the incompatibility of making a piece in one part. The simplest and most economical solution is to make a piece in parts and then paste them.

Medicine has evolved greatly and quickly, when performing certain generic operations but there are still risks in interventions where the patient has a problem that needs delicate surgery. Currently the previous problem is decreasing thanks to 3D printing

Since the RepRap and Open Source movement was born in 2005 with the appearance of Dr. Adrian Bowyer's 3D FDM printer, which could be built by itself almost entirely, this sector has evolved a lot to this day. In this article we will talk about 3D printers and components that were key at the time to achieve successful parts.