News

A research team from the University of Hong Kong is developing a system of 3D printed structures made from sustainable materials to aid coral reef replenishment.

Recreus PP3D filament is a material with great potential for medical and dental applications, providing the opportunity for these sectors to manufacture their own resources tailored to their needs.

IdeaMaker, the powerful laminator developed by Raise 3D, expands its options by allowing the application of textures to model surfaces via a 2D image.

Polymaker has opted for the development of a more environmentally friendly filament, taking care of every detail to create a sustainable and high quality product: PolyTerra.

Scientists at the National and Kapodistrian University of Athens have developed a 3D printed device for patient-friendly and non-invasive glucose monitoring.

SLS 3D printing technology is currently the most advanced. We give you 10 reasons to bet on it.

"Silencio", a 3D printed tactile book that seeks to democratise reading to make it accessible to everyone.

The search for materials with low environmental impact has encouraged various initiatives and the development of new 3D printing materials, leading to the production of innovative filaments with mechanical properties that resemble those of ABS, or with representative characteristics or physical properties that differentiate them from other materials.

In recent years, the emergence of advanced resins has made 3D resin printing a viable option in many industrial and professional applications, not only in the fields of dentistry and jewellery, but also in medicine.

Resin 3D printers have been gaining popularity in recent years thanks to the emergence of new technologies that have reduced their cost and increased printing speed. Today there are three main technologies: SLA, DLP and LED-LCD. In this post we will explain what each one consists of and which are its advantages and disadvantages.

Guidelines, characteristics and properties of Filamet filaments from The Virtual Foundry to achieve all-metal parts through 3D FDM printing.

Most desktop FDM 3D printers have only one extruder, so the user "loses" the option of combining several filaments; for example when printing complex parts using one construction filament and one support filament or in case the part requires to integrate several colors.