Boston Micro Fabrication - BMF

Micro 3D printing produces internal channel geometries injection molding can't touch — without the mold cost or lead time.

Skip the 6-8 week tooling cycle. Iterate on fiber optic component designs in days with micro-precision 3D printing.

Skip the 6–8 week wait for tooling. BMF 3D prints medical device prototypes directly, without sacrificing micron-level precision.

Fine features, tight tolerances, zero tooling. Micro-precision 3D printing turns CAD files into parts — no mold required.

Tight tolerances and small features usually mean expensive tooling or costly precision machining — only practical at high volumes. Micro-precision 3D printing removes that penalty, making custom, low-volume fiber guide production affordable for R&D and specialty applications alike.

Traditional methods are confined to a single plane or draw direction. This guide isn't — internal channels curve and redirect fiber paths in ways drilling and molding can't replicate. See what's possible when design isn't limited by manufacturing process.