• Microfluidics is fundamentally about achieving precise control of fluids at the micrometer scale. By manipulating minute volumes with high spatial and temporal resolution, microfluidic technologies have become indispensable tools across chemical synthesis, biological research, diagnostics, and emerging biomedical applications. Yet despite decades of progress, the field continues to face a persistent trade-off between operability, accessibility, […]

  • As microfluidic systems evolve toward higher functional integration and greater sensing accuracy, manufacturing precision has become a defining factor in device performance. In particular, applications such as single-cell impedance spectroscopy demand not only micron-scale resolution, but also the ability to seamlessly integrate structures with vastly different feature sizes into a single, monolithic device. This is […]

  • A research team from the School of Pharmaceutical Sciences, Wuhan University has developed a pH-responsive bilayer microneedle patch that achieves ultrasound-activated antibacterial therapy and immune modulation, offering a powerful new non-antibiotic strategy for infected wound treatment. The study, titled “Three-in-one bilayer microneedle patch for ultrasound-activated antibacterial therapy and immune modulation in wound healing”, has been […]

  • The human gut is one of the most complex and dynamic microbial ecosystems. Often referred to as a “forgotten organ,” the intestinal microbiome plays a decisive role in digestion, immune modulation, metabolic balance, and even neurological health. Yet despite decades of research, one fundamental challenge has remained unresolved: how to accurately sample microorganisms from different […]

  • BMF, a global leader in micro scale 3D printing, is set to launch its upgraded S150 BIO system in the APAC region. Tailored for life science and biomedical research, the new S150 BIO combines high optical precision of 25 μm with compatibility for biomaterials and hydrogel printing, delivering a powerful solution for researchers seeking precision, flexibility, […]

  • Shenzhen, China — November 11, 2025 — BMF APAC has officially released the microCube T10, a new desktop-class micro 3D printing system featuring 10.8 μm optical precision. Designed to make high-resolution microfabrication accessible to more research teams and small enterprises, the T10 combines lab-grade accuracy with a compact, easy-to-use desktop form factor. Equipped with BMF’s […]

  • BMF APAC and Shenzhen MultiMatter Science and Technology Co., Ltd. have joined forces to solve long-standing bottlenecks in high-end manufacturing. Their first joint result is the microCube M150 — a high-precision, multi-material photopolymer 4D printer designed for scientific research institution and industrial use. With an optical resolution of 25 µm, M150 supports integrated processing of […]

  • Medical device development is rapidly moving toward smaller, smarter and more personalized solutions. To enable effective miniaturization and functional integration, whether for endoscopic tips, microfluidic implants, or ultra-thin dental restorations, manufacturers need production technologies that can reliably reproduce complex geometries at micron and sub-micron scales while meeting industrial tolerances and medical safety requirements. At BMF we’ve focused […]

  • 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 […]

  • 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 […]