• The New S150 BIO: A Desktop High Precision 3D Printing System Designed for Biocompatible Materials

    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, […]

  • BMF APAC Launches microCube T10: Desktop High-Resolution Micro 3D Printer

    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 […]

  • Next-Gen Multi-Material 4D Printing: BMF APAC and MultiMatter Sign Strategic Partnership

    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 […]

  • Ultra-High Precision Micro 3D Printing for Semiconductor Packaging

    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, […]

  • Pushing the Boundaries of Micro Bioprinting: A Photoinhibiting Strategy for High-Fidelity Cell-Laden Structures

    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 […]