Massivit introduces its RapidWings platform, leveraging Cast-In-Motion technology to significantly accelerate composite tooling production for the defense and aeronautical sectors.
Massivit, an Israel-based 3D printing company, has unveiled its new RapidWings offering, a composite manufacturing platform designed to address the growing demand from defense customers across Europe, the USA, Southeast Asia, and India. The company states this development represents a strategic shift from providing industrial 3D printers to delivering a dedicated defense manufacturing solution.
The RapidWings platform is built upon Massivit's proprietary Cast-In-Motion (CIM) technology, aiming to drastically reduce lead times for composite tooling. Massivit claims that processes which previously took months can now be completed in days, with early partners reporting cost savings of up to 70% compared to traditional metal or machinable-board tooling.
Brigadier General Chris Athearn (USAF, Ret.), a recent addition to Massivit's Advisory Board, highlighted the platform's potential to enhance defense readiness. He emphasized that accelerating manufacturing timelines is crucial for increasing capacity and rapidly replenishing weapon stores, a critical need for the U.S. Defense Industrial Base.
Massivit plans to establish a global network of local, on-demand, and sovereign production facilities that will integrate its CIM technology. This network will be developed through regional partnerships, Joint Manufacturing Alliances, and certified Tier-2 composite manufacturing partners. The company has already formed a Joint Manufacturing Alliance with Comparts, an Israeli specialist in composite materials, to bolster the defense and aerospace supply chain.
The introduction of Massivit's RapidWings platform signifies a move towards specialized additive manufacturing solutions for high-demand sectors like defense. By leveraging its CIM technology to rapidly produce composite tooling, Massivit addresses critical industry needs for faster production cycles and cost reduction, aligning with the broader trend of using additive manufacturing to de-risk and accelerate supply chains, particularly in aerospace and defense applications.
Edited by the news editor with AI from the original report — please refer to the original source.