3D Printing/Additive Manufacturing

Jay Dinsmore, the new Chairman and an industry veteran, shares insights on the group’s mission and his perspectives, shedding light on the dynamic future of additive manufacturing and 3D printing within the plastics engineering community.

Plastics play a pivotal role in additive manufacturing, catering to diverse needs in various sectors. This article delves into the world of two polymer forms—filaments and pellets—exploring their characteristics, applications, and compatibility with 3D printing processes.

In 3D printing, composite materials have emerged as a groundbreaking frontier, offering unparalleled possibilities in various industries. Composite 3D printing involves blending a plastic matrix with reinforcing fibers, with carbon fiber, fiberglass, and Kevlar standing out as the primary players.

Working with U.S. startup Inkbit, researchers in Switzerland have, for the first time, say they have found a way to 3D print slow-curing polymers.

SINAMICS S210 servo-drive provides multiple high-performance benefits to the mid-range of the processing market, the fastest-growing application segment.

3D-printed silicone is being used in the development of medical respiratory masks for premature infants. Elkem Silicones, in collaboration with the Hospital Clínic of the University of Barcelona, is pioneering a proof-of-concept project to create 3D-printed silicone masks tailored to the unique needs of premature babies requiring respiratory support.

Delve into the realm of 3D printing plastics where innovation meets engineering. From traditional petroleum-based materials to eco-friendly alternatives like polylactic acid (PLA), discover the versatile and ever-evolving world of plastics.

The V-Carbon technology is based on a patented “chemolysis” recycling process and offers up to 85% of carbon fiber’s original strength.

Evolve Additive Solutions said Nov. 8 at the Formnext show in Frankfurt, Germany, that it is launching a new 3D-printed parts production service, called STEP Parts Now, and introducing two new thermoplastic materials.

In the realm of medical innovation, 3D printing technology has opened new horizons, especially in the field of bone implants. One groundbreaking initiative, the Electrically Active ImplaNtatE (ELAINE) project at the University of Rostock, Germany, is at the forefront of research into 3D-printed bioactive bone replacements.

The model predicted the fiber orientation pattern more accurately, improving the material properties estimations of composites produced by 3D printing.

A recent development in New York has thrust the issue of 3D printed firearms into the spotlight of legislative discussions. This development follows a series of arrests in the state, all linked to the production of untraceable weapons manufactured using 3D printers.