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

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

3D-LINE: 3D printed concrete and plastic for architecture and design
The French company V-Concept, through the 3D-LINE brand, combines 3D printing in concrete and plastic to create innovative solutions in the furniture, design, and architecture sectors. The president Frédéric Vigier r

3D-LINE: 3D printed concrete and plastic for architecture and design

The French company V-Concept, through the brand 3D-LINE, combines 3D printing in concrete and plastic to create innovative solutions in the fields of furniture, design and architecture. President Frédéric Vigier

Haddy inaugurates the first LFAM microfactory in Florida: proximity additive manufacturing for large-scale products

St. Petersburg, Florida — Haddy has opened a 30,000 square foot microfactory dedicated to large format additive manufacturing (LFAM), bringing automated production

Penn United Technologies: additive manufacturing at the service of a consolidated vertical integration
The US company has integrated nine metal powder laser fusion 3D printers into its production, combining decades of manufacturing experience with 3D printing to respond

KraussMaffei: LFAM 3D printing as a product and internal advantage
Large-format additive manufacturing is not only a new business line for the German manufacturer of plastics processing machinery, but also a strategic resource to optimize production processes

Ursa Major: innovation in aerospace propulsion through additive manufacturing

The American company is revolutionizing both propulsion systems and 3D printing itself, digitalizing production processes and developing solutions for flexible manufacturing of rocket engines.

Ursa Major

Due brevetti rendono la stampa 3D industriale più intelligente: telecamere ad alta risoluzione calibrano il laser e elementi di test correggono i parametri in tempo reale, riducendo scarti e tempi di produzione.

Nuove leghe di titanio per stampa 3D superano i limiti della Ti-6Al-4V: più resistenti, leggere e compatibili con AM. Target aerospaziale e ortopedico, ma richiedono controlli qualità e validazioni specifiche.

The Creaform HandySCAN 700-Elite converts physical objects into CAD in 4 phases: high-density laser scanning, critical surface management, point cloud processing, and parametric output. Precision and speed for professional reverse engineering.

La stampa 3D industriale non compete con l’iniezione plastica in volumi elevati: il divario è di 60 volte (32 contro 1.920 pezzi/ora). La manifattura additiva resta vantaggiosa solo a basso volume, alta variabilità e geometrie complesse, dove flessibilità e time-to-market superano il throughput.