Boston Micro Fabrication (BMF) has taken a significant step in the evolution of micro-scale 3D printers with the introduction of the microArch D1025. This innovative printer combines two resolution modes – 10µm and 25µm – to provide a flexible application for high-precision parts. The ability to switch between different resolutions and combine them within a part is a key advantage for industrial users who require both accuracy and efficiency.
The microArch D1025 is based on projection micro-stereolithography (PµSL), a process that uses the photopolymerisation of liquid polymers by UV light. This process makes it possible to produce particularly small and complex components with high precision. Thanks to its dual resolution mode, the hybrid printer can both depict high-precision features in 10 µm resolution and process larger areas in 25 µm faster. This combination leads to a significant reduction in printing time without loss of detail.
Another outstanding feature of the microArch D1025 is the automatic calibration. This function optimises the printing process by precisely aligning the platform, roller and membrane, thereby minimising set-up times. The print settings are also automatically adjusted to the material viscosity and print surface, which further simplifies the printing process. The magnetic fixing of the printing platform also makes it easier to remove the printed components.
The microArch D1025 is aimed at industrial companies and research institutes that require high precision combined with increased efficiency. Visitors to the Formnext trade fair in Frankfurt can get a detailed impression of the new 3D printer at stand C19 in hall 11.1.
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