Titomic收到爱荷华州立大学ISB-11冷喷涂系统订单

Titomic Limited, an Australian cold spray additive manufacturing company listed on the ASX as TTT, has received a purchase order from Iowa State University for a Titomic 623 ISB-11 system. Part of its turnkey Integrated Spray Booth solutions, the equipment will support research and development at the university. Students and researchers are expected to use the platform for materials research, coating development, and manufacturing applications.

澳大利亚冷喷涂增材制造公司Titomic Limited（ASX代码：TTT）已收到爱荷华州立大学的采购订单，将为其提供一台Titomic 623 ISB-11系统。作为其交钥匙集成喷涂室解决方案的一部分，该设备将支持该大学的研发工作。学生和研究人员有望将该平台用于材料研究、涂层开发及制造应用。

Built as a fully integrated cold spray platform, Titomic’s 623 ISB-11 is designed to provide a ready-to-operate environment for advanced coating and repair work. Medium-pressure cold spray capability is combined with integrated material handling and dust extraction, creating a setup suited to both industrial and research environments. ISB systems can also be customized to meet specific customer requirements, allowing organizations to align the equipment with their operational and technical goals.

Titomic 623 ISB-11作为完全集成的冷喷涂平台，旨在为高级涂层和修复工作提供即用型操作环境。该设备将中压冷喷涂能力与集成材料处理及除尘系统相结合，打造出适用于工业和研究环境的配置。ISB系统还可根据客户特定需求进行定制，使组织机构能够将设备与其运营和技术目标对齐。

Beyond laboratory work, the ISB-11 can support repair applications involving metal surface defects and worn or damaged components such as engines, bearings, and gearboxes. A user-friendly design also makes the platform suitable for educational settings. At Iowa State, the installation will support ongoing initiatives while giving researchers access to tools for work in materials science, coatings, and manufacturing.

除实验室工作外，ISB-11还可支持涉及金属表面缺陷及磨损或损坏部件（如发动机、轴承和变速箱）的修复应用。其用户友好型设计也使其适用于教育场景。在爱荷华州立大学，该设备将支持现有研究项目，同时为研究人员提供材料科学、涂层和制造领域的工作工具。

Dr. Sougata Roy, Assistant Professor of Mechanical Engineering at Iowa State University, highlighted the dual advantage of acquiring the Titomic ISB system. “It will support fundamental science-based efforts on exploring novel composite materials to enhance reliability in critical components as well as the integrated approach of the system will bolster applied research to validate developed formulations for large scale applications,” said Dr. Roy. “We are looking forward to leveraging this capability on our ongoing and future efforts focused on space, defense, and energy applications at Iowa State and beyond.”

爱荷华州立大学机械工程助理教授Sougata Roy博士强调了采购Titomic ISB系统的双重优势：”该系统将支持以基础科学为导向的研究，探索新型复合材料以增强关键部件的可靠性；同时其集成化方法将推动应用研究，验证面向大规模应用的已开发配方。” Roy博士表示，”我们期待利用这一能力推进当前及未来聚焦于太空、国防和能源领域的研究项目，惠及爱荷华州立大学及更广范围。”

For Titomic, the order points to continued interest from research institutions in flexible cold spray systems. “This order highlights the growing demand for flexible cold spray solutions within leading research institutions,” said Dr. Patti Dare, President of Titomic USA. “We are excited to support Iowa State University with a system that will enable cutting-edge research while also demonstrating the industrial potential of cold spray technology.” Titomic added that it continues expanding its global presence through scalable cold spray systems for industrial manufacturing and advanced materials work.

对Titomic而言，此次订单表明研究机构对灵活冷喷涂系统的持续兴趣。Titomic美国总裁Patti Dare博士表示：”这份订单凸显了领先研究机构对灵活冷喷涂解决方案日益增长的需求。我们很高兴能为爱荷华州立大学提供一套系统，既能支持前沿研究，又能展示冷喷涂技术的工业潜力。” Titomic补充称，公司正通过可扩展的冷喷涂系统持续扩大全球影响力，服务于工业制造和先进材料领域。

Recent developments point to a broader effort by Titomic to strengthen the inputs and applications needed to scale cold spray manufacturing in the US. A US$3 million powder order from Amaero, tied to a five-year exclusive supply and development partnership, showed that Titomic is working to secure qualified refractory and titanium spherical powders for programs with defense relevance. This matters because research systems are more useful when they sit inside a larger materials and qualification pipeline rather than as isolated lab equipment.

近期发展表明，Titomic正通过更广泛的努力强化在美国规模化冷喷涂制造所需的投入和应用。来自Amaero的300万美元粉末订单（附带五年独家供应与开发合作协议）显示，Titomic正致力于为国防相关项目获取合格的难熔金属和钛球形粉末。这一举措意义重大，因为研究系统只有在嵌入更大的材料和资格认证体系而非孤立实验室设备时才能发挥更大效用。

Industrial adoption has also started to define where Titomic sees near-term value for its cold spray platforms. A recent TKF 623 system sale to a major automotive manufacturer positioned the technology around production, repair, and metal coating tasks where throughput, component life, and supply chain flexibility matter. In that light, the Iowa State installation looks less like a standalone academic purchase and more like an expansion of cold spray capability into a research setting that can support development of new materials and applications.

工业应用也开始定义Titomic冷喷涂平台的近期价值方向。近期向一家主要汽车制造商销售的TKF 623系统，将该技术定位于生产、修复和金属涂层任务——这些任务对吞吐量、部件寿命和供应链灵活性至关重要。在此背景下，爱荷华州立大学的设备安装更像是一次将冷喷涂能力拓展至可支持新材料和应用开发的研究环境，而非孤立的学术采购。

For those interested in the latest advancements in additive manufacturing and materials science, exploring high-quality 3D printing models and premium STL files can provide inspiration for your own projects.

对于关注增材制造和材料科学最新进展的读者而言，这一动态值得持续追踪。

Looking for high-quality STL files? Browse our collection at 3dmis.com!

Original source: View Original

📌 编者按：本文改编自行业最新资讯。查看原文