BMF microArch® S230A
The microArch® S230 is a 2μm resolution 3D printer built for ultra-high precision applications. It delivers exceptional surface finish, tight tolerances, and true-to-CAD accuracy for complex micro-scale parts using engineering-grade materials.
Read moreBMF microArch® S240A
The microArch® S240A from BMF’s 10μm Series is a compact industrial micro-precision 3D printer delivering consistent 10-micron resolution. It ensures exceptional accuracy and repeatability for producing complex micro-scale parts.
Read moreBMF microArch® S140
The microArch® S140 is a compact 10 µm class 3D printer delivering ultra-high precision for manufacturers, R&D labs, and universities. It produces complex, high-detail parts with engineering-grade materials, bridging the gap between prototyping and true micro-manufacturing.
Read moreBMF microArch® S350
The 25 µm Series micro 3D printer bridges the gap between micro-manufacturing and small-part production. It delivers tight tolerances, fine feature detail, and consistent accuracy, enabling a smooth transition from prototyping to scalable production.
Read moreBMF microArch®S150
The microArch® S150 is a desktop-friendly micro-scale 3D printing system powered by Projection Micro Stereolithography (PµSL). Built for laboratories, research centers, and clean environments, it delivers 25µm optical resolution, supports biocompatible and hydrogel materials, and ensures a clean, safe, and reliable printing workflow.
Read moreBMF microArch®D0210
The microArch® D0210 is a high-precision micro 3D printing system built on PµSL technology. It delivers exceptional resolution and surface finish, enabling the production of complex micro-parts beyond the limits of conventional manufacturing.
Read moreBMF microArch® D1025
The microArch® D1025 by BMF uses advanced PµSL technology to deliver exceptional micro-scale precision. With switchable 10 µm and 25 µm resolutions, including hybrid mode, it balances intricate detail with production efficiency. Built-in automation ensures optimized prints with high accuracy and repeatability.
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