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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. […]

Shenzhen, China — August 25, 2025  BMF APAC, a global leader in ultra-high-precision 3D printing, and MultiMatter, an emerging innovator in multi-material photopolymer additive manufacturing, today announced a strategic partnership to co-develop next-generation solutions for multi-material 4D printing. The collaboration will bring together BMF APAC’s micron-level manufacturing capability with MultiMatter’s centrifugal DLP material-switching technology to […]

Hidden within devices no bigger than a postage stamp, microfluidic chips hold the power to transform entire industries. These miniature platforms, etched with labyrinths of channels, chambers, and valves no wider than a human hair, can orchestrate the movement of tiny fluid volumes with surgical precision. They serve as the invisible engines behind rapid disease […]

Industrial robots are rapidly shifting from strong and repeatable to small, dexterous, and intelligent.That evolution hinges on a new manufacturing solution able to build multi-scale, multi-material, highly intricate parts that conventional methods struggle to produce. High-Precision 3D printing, especially BMF’s projection micro-stereolithography (PµSL), enables sub-10-micron features, smooth internal channels, tendon-like guides, compliant mechanisms, and compact, application-specific end effectors. […]

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 […]

A cost-effective industrial 3D printing system designed for high stability, performance and efficiency. It empowers users to achieve industrial-grade 3D printing at a best value, making advanced manufacturing more accessible than ever. In industrial manufacturing, efficiency and quality are paramount. Precision tolerance control plays a critical role in ensuring high-accuracy end products. As industries shift […]

In the fast-evolving world of additive manufacturing, multi-material 3D printing is setting new standards for precision, functionality, and design flexibility. This cutting-edge technology empowers industries to produce highly detailed, multi-functional parts with a level of complexity that traditional manufacturing cannot achieve. Whether you are in mechanical metamaterials, biomedical engineering, flexible electronics, and soft robots, multi-material 3D […]

The microArch S140 , powered by BMF’s innovative PμSL technology, is equipped with an optical monitoring system and auto-focus capabilities, achieving high tolerances within ±10~25μm. It seamlessly addresses the challenges of cross-scale micro fabrication, significantly enhancing productivity for prototype development, product testing, and small-batch production. Education institutions and research labs worldwide leverage S140 to accelerate their R&D […]