The Advanced Tape Layer Additive Manufacturing (ATLAM) printhead installed at the Technical University of Munich, Chair of Carbon Composites (LCC). Photo Credit: CEAD, TUM LCC. The ATLAM toolhead will ...

Since the inception of 3D printing 30 years ago, buyers have had a choice of printers for either industrial functional parts with inferior surface finish or printers for detailed, yet fragile models.

[Thomas Sanladerer] wanted to make 3D prints using carbon fiber and was surprised that it was fairly inexpensive and worked well, although he mentions that the process is a bit intense. You can learn ...

Anyone who's mucked about with consumer-grade 3D printers knows that it's infinitely cool to create stuff with them, but you can't realistically expect those products to be particularly durable. If ...

Raise3D (Rotterdam, The Netherlands), a global provider of additive manufacturing (AM) solutions for SMEs and LSEs, announces 32 new industrial filaments for the E2CF 3D printer. The new filaments are ...

Xyon provides exceptional performance and broad 3D printer compatibility with better economics for both desktop and industrial applications. VENTURA, Calif.--(BUSINESS WIRE)--Nexa3D, the leader in ...

In this video, we explore the 9 most popular advanced 3D printer filament types suitable for at-home 3D printing. The discussion includes: - Nylon Filament - Polycarbonate Filament - PLA-CF Filament - ...

Carbon fiber is one of the most prized construction materials available to a parts designer. It is also among the most expensive due to the painstakingly tedious process of molding or winding it. If, ...

Industrial 3D printing start-up Markforged announced earlier this month that it raised $30 million in a Series C funding round, which included "significant investments" from new investors ...

When the world first started to learn about 3D printing, many saw the technology as something small, a tool for printing plastic trinkets. This was not necessarily true — the printers were capable of ...

A new carbon-fiber-reinforced PEEK filament for use in 3D-printed medical implants has been developed by German chemicals company Evonik. The biomaterial can be processed using common extrusion-based ...