Uploaded October 2025 | Updated September 2026, 10 hours ago
💡Traditional manufacturing struggles at this scale - but with BMF’s micro-resolution 3D printing, creating ultra-fine connector geometries is finally possible.
⚙️ Imagine contact spacing smaller than a human hair - enabling denser designs, shorter signal paths, and faster data transfer for next-gen electronics.
🚀 BMF is redefining what’s possible in advanced test socket design, empowering engineers to achieve what was once out of reach.
💡Traditional manufacturing struggles at this scale - but with BMF’s micro-resolution 3D printing, creating ultra-fine connector geometries is finally possible.
⚙️ Imagine contact spacing smaller than a human hair - enabling denser designs, shorter signal paths, and faster data transfer for next-gen electronics.
🚀 BMF is redefining what’s possible in advanced test socket design, empowering engineers to achieve what was once out of reach.
![Meet the microArch D1025: [Efficiency + Versatility]²](https://i.ytimg.com/vi/jYjHCroT1jQ/mqdefault.jpg "Meet the microArch D1025: [Efficiency + Versatility]²
Powered by PµSL and based on BMF’s new hybrid resolution technology, the dual resolution microArch D1025 prints in either 10µm or 25µm resolution, or in hybrid mode with both resolutions in the same print layer or in different layers. With improved built-in automation, this capability enables greater efficiency – saving time, resources and cost. Delivering the same ultra-high resolution, accuracy and precision BMF is known for, the new D1025 will revolutionize the prototyping and production of parts requiring micron-level precision and repeatability.
Learn more at bmf3d.com")
