Transforming patient-speific vascular geometries into functional microfluidic devices has long been a challenge, hindered by complex workflows and long fabrication cycles. A new study published in Advanced Materials by Professor Arnold Ju’s team at the University of Sydney presents a breakthrough: an automated, high-precision platform that fabricates patient-specific vascular chips in under two hours—a process […]
What if the next generation of sensors could not only measure but also conform, adapt, and intelligently respond to complex, dynamic environments? Flexible sensors represent one of the most critical enablers for emerging technologies in wearable health monitoring, soft robotics, human–machine interfaces, and next-generation electronics. This is where micro-scale 3D printing is making a decisive […]
When it comes to healthcare innovation, some of the most powerful breakthroughs are happening at the micro-scale. One of the best examples is microneedle technology—tiny, painless needles designed for drug delivery, diagnostics, and advanced skin treatments. Now, with the help of micro 3D printing, microneedles are entering a new era of precision, performance, and scalability. […]
As Moore’s Law slows, the semiconductor industry is increasingly turning to advanced packaging to maintain the trajectory of performance gains. The transition from monolithic scaling to chiplet-based architectures has made heterogeneous integration and high-density interconnects essential. At the heart of this evolution lies an equally critical question: How can we package these complex systems efficiently, […]
Micro bioprinting is emerging as a critical tool in modern biomedical research, enabling the fabrication of complex, cell-laden architectures with microscale resolution. However, achieving high fidelity in hydrogel-based bioprinting remains a major challenge, especially when working with soft, low-viscosity materials like GelMA that are prone to light scattering and unintended polymerization. A recent study published […]