Materiale: Polymers

TE Connectivity: 3D printing automates catheter stems

TE Connectivity: 3D printing automates catheter stems

TE Connectivity automates catheter shaft production with 3D printing

TE Connectivity has developed an automated 3D printing process for manufacturing medical catheter shafts. The technology, announced on July 27, 2026, aims to replace traditional manual operations

UPM: 100 sqm stand in 3D robotic printing for retail

UPM: 100 sqm stand in 3D robotic printing for retail

UPM Group creates a 100-square-meter trade fair stand with robotic 3D printing

UPM Group presented at EuroShop 2026 a stand of over 100 square meters built mainly with large-format 3D printing. The project demonstrates how additive manufacturing can integrate into the processes

Slant 3D launches Oil Stick: precise lubrication without waste

Slant 3D launches Oil Stick: precise lubrication without waste

Slant 3D presents Oil Stick: the tool that simplifies lubrication of 3D printers
Slant 3D has developed Oil Stick, a pen-shaped applicator with a brush tip that solves the problems of traditional 3D printer lubrication. The device eliminates waste and dripping

Vibrations in FFF printing: +15% PLA resistance

Vibrations in FFF printing: +15% PLA resistance

Controlled vibrations improve strength and adhesion of PLA in FFF printing

A group of researchers has developed an FFF 3D printing system that integrates controlled mechanical vibrations during material deposition. The goal is to solve one of the main limitations of the technology

3D Printing USA: 3DEO and Fusion3 close

3D Printing USA: 3DEO and Fusion3 close

Two American 3D printing companies close: 3DEO and Fusion3 in liquidation

3DEO and Fusion3, two US manufacturers of additive manufacturing technologies, have ceased operations and entered liquidation proceedings. Their assets are now up for auction, marking the end of two different approaches

Archaeology: 3D print replica of Roman game board

Archaeology: 3D print replica of Roman game board

3D scanning and printing bring a 1,700-year-old Roman game board back into play

An ancient stone game board used in Roman Britain has been reproduced thanks to 3D printing. The project by Newcastle University and the Vindolanda Charitable Trust has allowed the creation of a faithful replica of

Defense: 8 strategic reasons for the additive

Defense: 8 strategic reasons for the additive

Why additive manufacturing has become indispensable for modern defense

Additive manufacturing is transforming the way armed forces manage maintenance, logistics and operations. It is no longer about experimentation, but about strategic necessity. Eight concrete reasons explain q

WINBO: patent for heated pellet feeding

WINBO: patent for heated pellet feeding

WINBO patents a heated system for pellet feeding in 3D printing

Guangzhou Wenbo Intelligent Technology obtains a Chinese utility model for an integrated container that heats, handles and doses plastic granules intended for additive manufacturing. The solution aims to u

ERDC: fiber optic sensors integrated in LFAM printing

ERDC: fiber optic sensors integrated in LFAM printing

Fiber optic sensors integrated in large-format 3D printing: ERDC research

Researchers at the U.S. Army ERDC have demonstrated that it is possible to embed fiber optic strain sensors during large-format additive manufacturing without modifying the basic printing process.

Chinese patent: mechanical detector for FGF printing

Chinese patent: mechanical detector for FGF printing

Chinese patent proposes mechanical detector for flow interruptions in granular 3D printing

A device without electronics signals in real time the lack of pressure in the molten polymer. The system is designed for industrial FGF applications.

The Nantong Institute of Technology has depo

Polymaker HT-PLA Pro: combines thermal resistance and impact

Polymaker HT-PLA Pro: combines thermal resistance and impact

Polymaker HT-PLA Pro: thermal and impact resistance in a single filament
Polymaker has introduced HT-PLA Pro, a new filament for FFF 3D printing that combines ease of printing, high temperature stability and resistance to repeated impacts. The material originates from the integration of two lines of dev

Kare S1: FFF printer for metals on Kickstarter

Kare S1: FFF printer for metals on Kickstarter

KARE 3D launches on Kickstarter the Kare S1 desktop printer for metals and polymers
The Turkish startup aims at crowdfunding to bring to the international market a high-temperature FFF platform capable of processing metal composite filaments. The campaign will end on 27 August 2026.
KARE 3D

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