Additive Manufacturing

Additive Manufacturing 9 Dec 2022

Kimya features Kimya PC-FR 3D filament for the transportation sector

Flame-retardant polycarbonate filament reaches EN45545 certification and meets REACH and RoHS standards for production of parts in railway, automotive, electronics.

Additive Manufacturing 2 Dec 2022

SeaBioComp project develops biocomposite demonstrator products for marine applications

Prototype products explore thermoplastic polymers, natural fibers and 3D printing technologies to effectively reduce the use of fossil-based materials in the marine sector.

Additive Manufacturing 1 Dec 2022

Patent-pending Purdue process embeds sensor particles, functionalizes 3D-printed structures

Purdue University researchers have developed a novel wet-mixing method to add sensor particles to 3D printer filaments, which will enable manufacturers to create functional printed parts.

Biomaterials 23 Nov 2022

University of Maine unveils 100% bio-based 3D-printed home

BioHome3D, made of wood fibers and bioresins and entirely 3D printed, highlights Maine’s effort to address the need for more affordable housing.

Consumer 22 Nov 2022

Limited edition watch features carbon fiber case produced by 9T Labs

Using its Additive Fusion Technology, 9T Labs mass produced 1,000 units of the watch case from continuous carbon fiber-reinforced PEKK, achieving a strong, ultralight, aesthetic product.

Molds/Tools 28 Apr 2023

Metal AM advances in composite tooling, Part 1

Multiple metal additive technologies are gaining market acceptance and interest for composite tooling used in processes ranging from short-fiber injection to autoclave-cure prepreg.

Additive Manufacturing 16 Nov 2022

Markforged Simulation software features virtual testing capability

Virtual testing validates the strength of advanced composite parts and automatically optimizes print parameters to help lower cost and speed production.

Additive Manufacturing 9 Nov 2022

Novel composite aims to resolve self-healing material challenges

University engineering researchers have developed and tested self-healing composites capable of self-repairing in place repeatedly without losing healing properties, as well as enhancing resistance to fracture.