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Printooly: The Lower Austrian browser-based platform unites 16 tools for 3D printing

Translated title. Original: Printooly: Az alsó-ausztriai böngészőalapú platform 16 eszközt egyesít a 3D-nyomtatáshoz

Printooly is a beta, browser-based platform with 16 modules for creating, editing, and troubleshooting 3D print projects, including lithophane generation, lighting simulations, embossing/engraving, QR codes, and CAD tools; it supports AI-driven model generation, multiple export formats, and a PrintDoc troubleshooting aid.

AM Pioneers presents the advances in binder jetting, micro 3D printing, and ceramic manufacturing

Translated title. Original: Az AM Pioneers bemutatja a binder jetting, a mikro-3D-nyomtatás és a kerámia-gyártás terén elért fejlődést

Industry-focused open day highlighted how additive manufacturing advances—from graphite and micro-3D printing to metal binder jetting and technical ceramics—are moving toward stable, reproducible serial production, with emphasis on material properties, process validation, and integrated post-processing.

Neural4D: An AI platform creates printable 3D models based on text and photos

Translated title. Original: Neural4D: Tekoälyalusta luo painokelpoisia 3D-malleja tekstin ja valokuvien pohjalta

DreamTech's Neural4D is a 3D-modeling platform that converts text or images into printable models, supports multiple formats, and offers segmentation and color region labeling. It cites a Direct3D-S2 model with university collaboration, a GitHub codebase, and a subscription pricing model, but independent print-quality tests are not reported.

The United States invests $7.5 million in secure, distributed 3D printing.

Translated title. Original: Yhdysvallat investoi 7,5 miljoonaa dollaria turvalliseen, hajautettuun 3D-tulostukseen

NCDMM received a contract worth up to $7.5 million to work with Automation Alley on secure, distributed 3D printing of military spare parts. The first phase will test encrypted production data, validated processes, part quality, and traceability across metal and polymer components.

Making an object with AI in 2026: practical guide | Brief AI

Translated title. Original: Fabriquer un objet avec l’IA en 2026 : guide pratique | Brief IA

AI can produce production-ready CAD outputs from natural language, enabling rapid prototyping and small-batch fabrication; a precise brief and editable geometry are essential, with tool choices tailored to the required precision and production workflow.

Individual 3D photo print: real 3D effect | 3D2HOLO

Translated title. Original: Individueller 3D-Fotodruck: echter 3D-Effekt | 3D2HOLO

Online service to design and order real lenticular 3D prints directly from-browser previews, using microlens foil to create depth and motion when tilted. Produces custom prints from photos, sequences, or 3D models; prints are made-to-order in 3–5 days with worldwide shipping and a 7-day damage/refund policy.

Neural4D: An artificial intelligence platform that creates print-ready 3D models from text and photos

Translated title. Original: Neural4D: A mesterséges intelligencia-platform szöveg és fotók alapján nyomtatásra kész 3D-modelleket hoz létre

Neural4D is a DreamTech platform that generates 3D models from text or images, exports multiple formats for printing, and supports textured, multi-color outputs. It trains directly on 3D data, uses a Direct3D-S2 model with university collaboration, offers a CAD agent, and monetizes via credit-based subscriptions; the service claims watertight meshes and 90-second processing per cycle.

GEFERTEC will showcase large metal components produced by WAAM-3D printing at the Formnext 2026 exhibition.

Translated title. Original: A GEFERTEC a Formnext 2026 kiállításon bemutatja a WAAM-3D-nyomtatással készült nagyméretű fémalkatrészeket

GeFERTEC will display WAAM-based large metal components and new arc10X/arcTitan systems at Formnext 2026, highlighting modular design, large-volume capability, titanium processing, and mobile production options for energy, aerospace, and tooling applications.

Guide for a compact DIY milling table | heise online

Translated title. Original: Anleitung für einen kompakten Selbstbau-Frästisch | heise online

This article provides a guide to building a compact DIY milling table from wood, detailing materials, construction tips, and design notes to improve accuracy. It references an accompanying CAD model, build plan, and materials checklist available to subscribers.

SELSEN KOREA Demonstrates MEO AI Design and Manufacturing

SELSEN KOREA showcased its MEO AI design and manufacturing platform at the Canton Fair, outlining a two-module system that connects AI-driven concept design with manufacturing quotations and production preparation. The company plans a late-December 2026 launch, with international partnerships and forthcoming features like ordering, payments, and electronic contracts.