Blog

Nozzles are key in high-speed FFF printing, as they determine the maximum achievable volumetric flow. Solutions such as Volcano, CHT, or multi-channel nozzles (E3D High Flow) increase the filament’s melting surface, allowing higher speeds without compromising quality. Raise3D stands out with its Hyper FFF system, which doubles the flow thanks to high-performance hotends and nozzles.

Resin 3D printing enters the era of high speed: reactive resins, non-stick films, and optimized firmware allow drastically reduced printing times without sacrificing quality.

Modern 3D printing management began with Repetier and OctoPrint, standing out for their efficient control and flexibility. Companies like Creality and Bambu Lab developed proprietary solutions with remote management and cloud slicing. Obico introduced artificial intelligence to detect errors in real time, improving efficiency. RaiseCloud, launched by Raise3D, offers centralized management, traceability, and enterprise-level security.

PEN-HF enables the production of durable, cost-effective, and flavor-neutral dispersion plates, outperforming other technical plastics in durability and cost through FFF 3D printing.

3D printing is changing component design in the aerospace industry and other areas by enabling lighter, stronger, and more efficient structures thanks to advanced materials, optimized geometries, and techniques like topological optimization and generative design.

The color of the filament is a key aspect in 3D printing when aiming for a refined aesthetic, a specific finish, or visual color coding. Brands have developed extensive color ranges and different surface finishes to meet both functional and decorative needs.

This article delves deep into how components produced by additive manufacturing are tested, focusing especially on polymer-based technologies like FDM, SLA, and SLS, without losing sight of lessons transferable to the metal domain.

Discover how reverse engineering and 3D printing are transforming industry by enabling part reproduction, optimization, and customization, reducing costs and downtime in maintenance and production.

3D printing is revolutionizing the production of experimental setups for research. It allows for instant custom part fabrication, accelerates experimentation, reduces costs, and fosters innovation in labs of any size.

3D printing has revolutionized the creation of architectural models: from conceptual prototypes to hyper-realistic presentations, discover how this technology redefines design, communication, and the client experience.

3D printing improves the creation of jigs, fixtures, and industrial tools by enabling faster, more economical, and customized production. With technologies like FDM, SLA, or SLS, companies optimize processes, reduce costs, and increase design flexibility.

La impresión 3D se ha convertido en una herramienta clave para la fabricación rápida y descentralizada de drones en el ámbito militar. Este artículo analiza cómo esta tecnología está impactando la defensa moderna, desde el diseño hasta el despliegue táctico.