Rotational MultiMaterial 3D Printing of Pneumatically Programmable Soft Robots

Anthony Palumbo and Charles Goulding examine how rotational multi-material 3D printing embeds programmable pneumatic channels in elastomer filaments to create soft robots that bend, twist, and grasp on command, while highlighting key durability and scaling limits. Introduction Soft robots can bend, twist, and conform around delicate objects, enabling safer interaction than many rigid mechanisms. However,… Continue reading Rotational MultiMaterial 3D Printing of Pneumatically Programmable Soft Robots

Petrobras Utiliza o Modelo de Outsourcing Multilocal da 3DCRIAR para Avançar a Impressão 3D no Setor de Óleo e Gás

Nos últimos anos, a Petrobras vem construindo uma trajetória consistente na adoção da manufatura aditiva, refletindo uma mudança estrutural na forma como a empresa aborda inovação, manutenção e produção industrial. Em um artigo publicado em 2021, exploramos como a estatal brasileira começou a utilizar a impressão 3D para prototipagem, ferramental e soluções operacionais específicas. Um… Continue reading Petrobras Utiliza o Modelo de Outsourcing Multilocal da 3DCRIAR para Avançar a Impressão 3D no Setor de Óleo e Gás

Why Apple’s LiTo Research Could Matter To 3D Printing

Apple’s new LiTo research is not about 3D printers — at first glance, but it could point toward a more 3D print friendly content pipeline if the company ever decides to connect image based 3D capture, asset generation, and physical output into one ecosystem.

SLS Prints Programmable Bonded Magnets

Researchers at Auckland University of Technology’s Additive Manufacturing Research Centre report a field-assisted selective laser sintering approach that 3D prints bonded magnets with locally programmable pole patterns.

Dallas, Texas Is a Drone and 3D Printing Place to Be

Charles R. Goulding and Preeti Sulibhavi explore how Dallas, Texas, has quietly become a national hotspot where drone manufacturing and 3D printing converge to drive rapid innovation, scalable production, and defense-focused growth.

How 3D Printing Innovation in Prosthetics Led from CU Labs to Hanger’s Acquisition of Point Designs

Charles R. Goulding and Preeti Sulibhavi examine Hanger’s 2025 acquisition of Point Designs, tracing its University of Colorado origins, its advanced 3D printed prosthetic finger portfolio, and how improving federal reimbursement trends are accelerating innovation in prosthetics and orthotics. In a move that underscores the rapid maturation of 3D printing in prosthetic care, Point Designs… Continue reading How 3D Printing Innovation in Prosthetics Led from CU Labs to Hanger’s Acquisition of Point Designs

Bioinspired AM Boosts Robotic Limb Stiffness And Sensing

A new paper in Bioinspiration & Biomimetics describes a bioinspired, additive approach for robotic limbs that increases structural stiffness while improving built-in strain sensing, hinting at lighter, smarter actuators and manipulators with fewer add-ons and less wiring.

Nigeria’s Oil and Gas Expansion and 3D Printing

Charles R. Goulding and Leah Nabangi reveal how 3D printing is helping Nigeria’s oil and gas sector cut downtime, localize spare parts, and unlock the full value of historic investments in production and refining.