22 October, 2024PowerDIW, the upcoming spin-off of the Centre for Innovation in Manufacturing (CIM UPC) and the Polytechnic University of Catalonia (UPC), will debut its innovative 3D printing technology at FORMNEXT 2024. This event is one of the most relevant global events in the field of additive manufacturing, and will serve as a stage to showcase the potential of the system based on Direct Ink Writing (DIW), a printing technology that offers significantly higher capabilities compared to traditional equipment on the market.
Innovation in extrusion and advanced material handlingThe main advantage of the PowerDIW technology lies in its extrusion capability, which can reach up to five times the strength of conventional machines. This allows it to process a wide variety of high viscosity and powder-loaded materials without loss of accuracy and efficiency. Materials that can be used include metals, ceramics, polymers, biomaterials and advanced composites. This versatility is crucial for industrial sectors that require complex, high value-added solutions.
PowerDIW's technology approach is designed to serve multiple sectors, from the biomedical industry, where it can be used for printing bio-inks, biological tissues and customised implants, to automotive, electronics, aeronautics and energy applications. In particular, its ability to work with high-demand materials such as ceramics and metals, and its ability to manufacture high-strength parts and advanced components, positions PowerDIW as a versatile solution with great potential in advanced manufacturing.
Alignment with energy sustainabilityIn addition to its technical performance, PowerDIW also offers solutions aligned with energy sustainability. The ability to manufacture filters and catalysts from this technology not only improves production efficiency, but also reduces environmental impact, a key feature for industries seeking to minimise their carbon footprint and increase their sustainability.
Modular design and production flexibilityOne of the most outstanding features of PowerDIW is its modular design, which allows the integration of different printing technologies such as Fused Filament Fabrication (FFF), pellet printing and the incorporation of a fourth axis for tubular structures. This flexibility makes the system easily adaptable to specific customer requirements, allowing it to be scalable and customisable for both research applications and large-scale production in industrial environments.
From an operational point of view, PowerDIW is equipped with industrial grade components, ensuring high reliability, durability and efficiency. The machine is designed to maximise Overall Equipment Effectiveness (OEE), which reduces downtime and improves productivity in demanding manufacturing environments. This combination of robustness, technical precision and flexibility positions it as one of the most advanced technologies in the field of additive manufacturing.
PowerDIW will be exhibiting its technology in Hall 12.0, Stand B121 at FORMNEXT 2024, where attendees will be able to learn first-hand about the system's capabilities and its impact on advanced materials manufacturing. This event will provide a unique opportunity to showcase how PowerDIW is transforming additive manufacturing in key industry sectors. With its innovative technology and flexible approach, PowerDIW presents itself as a disruptive solution for the manufacture of complex, advanced and customised parts, setting a new standard in the 3D printing industry.
