Achievements
Achievement
JS-A221AE is a conductive silver nanoparticle ink designed to create conductive traces on substrates such as paper, PET, glass, and polyimide. Formulated specifically for aerosol printing using ultrasonic atomization, this ink contains a fluoropolymer that enhances adhesion to glass and other substrates, making it an ideal choice for plastic, glass, and metal substrates. Applications of this ink include high-density interconnects and fine-line printing.
This paper presents a recent research achievement: powder production using the rePowder ultrasonic atomization system from AMAZEMET. Through systematic design and microstructural control, an innovative aluminum alloy has been successfully developed, exhibiting high strength, excellent ductility, and superior high-temperature resistance, thereby opening up new prospects for enhancing the performance of aluminum alloys in additive manufacturing.
With the continuous advancement of materials science, the demand for high-performance alloys with superior corrosion resistance and wear resistance is steadily increasing. Particularly in industries such as aerospace, energy, and electronics, the performance requirements for coating materials are constantly rising. Traditional preparation methods—such as powder metallurgy and mechanical milling—are increasingly unable to meet the needs for precise control and functionalization of complex materials. Against this backdrop, ultrasonic atomization, a green and highly efficient powder‑production technology, has emerged as a cutting‑edge approach and is rapidly becoming a focal point in the research and development of advanced materials.
This paper provides a detailed analysis of an innovative powder‑preparation technique—ultrasonic vibration‑assisted melt atomization—proposed by Professor Dong Fuyu of Shenyang University of Technology and colleagues, focusing on its application in the production of high‑entropy alloy powders. In particular, it presents research findings on the TiZrTa0.7NbMo high‑entropy refractory alloy, offering new avenues for the development of advanced materials with superior high‑temperature performance and mechanical strength.
QT Nuova, a quantum‑sensing detection platform, is a quantum‑level, high spatiotemporal‑resolution free‑radical detection system launched by QT SENSE. Centered on nanoscale magnetic resonance imaging and integrated with NV‑center quantum sensing technology, the platform enables real‑time, nondestructive detection of free radicals at the single‑cell and subcellular levels, filling a critical gap in conventional methods for precisely monitoring free‑radical dynamics at the subcellular scale. By combining an advanced confocal microscope with quantum‑sensing capabilities, the platform delivers precise measurements of multiple common free radicals, including superoxide, hydroxyl, and nitric oxide, with detection sensitivity down to the nanomolar range and spatial resolution better than 300 nanometers. It can capture free‑radical dynamics on subsecond timescales, providing a new, high‑precision analytical tool for life‑science research, drug discovery, and clinical basic research.
AdditiveLab RESEARCH is an innovative software solution for creating custom models used in additive manufacturing process simulation. It enables users to simulate processes ranging from the microscale—such as scan paths—to the entire build volume, helping to predict and optimize manufacturing outcomes. Specifically, the software is designed for laser powder bed fusion and directed energy deposition processes. With AdditiveLab 3D printing simulation, users can develop their own simulation applications and automated workflows, and distribute them to design teams, manufacturing departments, testing laboratories, and customers.
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