Settore Industriale: Electronics

RepRap Micron: the smallest 3DBenchy is 0.650 mm

RepRap Micron: the smallest 3DBenchy is 0.650 mm

The open-source RepRap project printed a 0.650 mm 3DBenchy in 13 hours with the Micron printer, which is still under development. It is the first test of its kind, with the goal of achieving a resolution of up to 0.001 mm.

BMF brings the microArch S150 to Europe for microprinting

BMF brings the microArch S150 to Europe for microprinting

BMF brings the microArch S150 3D printer to Europe, a compact system with 25 μm optical resolution and PμSL technology, designed for laboratories and production. Aimed at microfluidics, optical fibers, biomedical devices, electronics, and materials research.

Atlant 3D: multi-fluid printhead patent for atomic deposition

Atlant 3D: multi-fluid printhead patent for atomic deposition

ATLANT 3D has patented a multi-fluid printhead for atomic layer deposition, based on surface chemical reactions such as ALD. It offers atomic control of thickness, while lateral resolution depends on other factors.

VMP: 51 million in revenues and target 10k tons for AM powders

VMP: 51 million in revenues and target 10k tons for AM powders

VMP targets the global AM metal powder market: $51 million in revenue and capacity approaching 10,000 tons

Jiangsu Vilory Advanced Materials, known as VMP, wants to transform itself from a large Chinese producer of metal powders for additive manufacturing into an international supplier

iPhone Duo: recycled 3D titanium hinge

iPhone Duo: recycled 3D titanium hinge

Apple brings 3D printing to its first foldable iPhone

Apple has unveiled iPhone Duo, its first foldable smartphone, which integrates a hinge cover made using 3D printing in 100% recycled titanium. The component represents a new application of additive manufacturing n

XTPL: Taiwanese fund enters the capital with 3.5 million

XTPL: Taiwanese fund enters the capital with 3.5 million

XTPL convoca l’assemblea per votare l’ingresso di un fondo taiwanese da 3,5 milioni di dollari

L’azienda polacca di stampa 3D elettronica XTPL ha convocato un’assemblea straordinaria degli azionisti per il 29 settembre 2026. L’obiettivo è approvare l’ingresso nel capitale di un investitore strategi

Camera Things: first variable-speed 3D shutter

Camera Things: first variable-speed 3D shutter

3D-printed variable-speed shutter: the technical challenge solved by Camera Things

3D printing has opened new possibilities in the construction of handmade cameras, but one component has always remained particularly tricky: the variable-speed shutter. Camera Things has developed a

Dewu Technology: funding for metal 3D printing

Dewu Technology: funding for metal 3D printing

Dewu Technology raises capital for metal 3D printing of microcomponents

A Chinese startup aims to drastically reduce post-processing costs in high-precision metal additive manufacturing, raising tens of millions of yuan.

Suzhou Dewu Technology Co., Ltd. has complete

Kupros Cu29: pure copper filament for desktop FDM

Kupros Cu29: pure copper filament for desktop FDM

Kupros launches Cu29, the conductive copper filament for desktop FDM printers
The American startup Kupros has developed Cu29, a fully metallic and conductive filament that can be printed on standard FDM 3D printers. The material, defined as “impossible” by some industry experts, has g

3D printing that conducts electricity?

3D printing that conducts electricity?

Stampa 3D integrata: due brevetti permettono di stampare circuiti conduttivi e schermature EMI direttamente nei componenti, eliminando assemblaggi e riducendo costi. Ideale per elettronica di potenza e automotive, anche se durata e uniformità dei materiali richiedono ancora validazione.

Nanoscale metal 3D printing?

Nanoscale metal 3D printing?

Ricercatori della Texas A&M University hanno sviluppato una tecnica rivoluzionaria di stampa 3D metallica a livello nanometrico. Il processo nPIMET usa elettroni caldi per costruire strutture metalliche sotto i 250 nanometri, senza maschere né supporti, con energia ridotta del 99% rispetto ai metodi tradizionali.

Localizzare l’industria in 3 mosse precise?

Localizzare l’industria in 3 mosse precise?

Tre mosse per localizzare l’industria: scegliere un settore tecnologico preciso, definire regole di trasparenza e collaborazione tra i player locali, e specializzarsi orizzontalmente su un segmento produttivo per economie di scala mirate. Ecosistemi industriali duraturi nascono da scelte concrete, non da visioni generiche.

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