Tech Focus

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. […]

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 […]

In the field of biomedical imaging, technological innovation is continuously pushing the boundaries of diagnosis and treatment. Recently, a research team from Central South University published a study titled “Microfluidic-enabled aptamer-modified liposomal probes for targeted transient triplet differential photoacoustic imaging” in Sensors and Actuators B: Chemical (Read the original article here), demonstrating how microfluidic technology […]