In fiber optic systems, precision isn’t optional — it’s essential. Even the smallest misalignment can cause signal loss, reflection, or failure. As devices become smaller and data demands grow, traditional manufacturing methods are hitting their limits.
Ultra-high-resolution 3D printing for micro-scale parts—fast.
Micro 3D printing unlocks a new era of innovation for fiber optics, enabling micron-level accuracy, complex geometries, and faster development cycles.
Boston Micro Fabrication (BMF) enables engineers to prototype and produce parts with unmatched accuracy, supporting complex geometries, tight tolerances, and high-performance materials—without tooling delays.
SOLUTIONS DESIGNED FOR OPTICAL PERFORMANCE
✅ Micron-Accurate Fiber Alignment Structures:
Produce ferrules, fiber array holders, shuffle boxes, guides and custom connectors with single-digit micron tolerances on functional features, printed as one part instead of an assembly.
✅ Complex Micro-Optical Components:
Manufacture precision mounts, micro-lenses, and integrated photonic packaging that streamline assembly and boost optical efficiency.
✅ Freedom to Innovate:
Create designs impossible to machine, from intricate fluidic channels to embedded optical elements, all without compromising on alignment or performance.
- Fiber optic connectors and ferrules requiring tight core-to-core alignment
- Shuffle box routing trays and fiber guides for high-density cross-connects and routing layouts
- Multi-fiber array housings and splice components
- Optical alignment structures and lens-integrated components
- Fixtures and jigs used in fiber optic assembly and testing
- Prototype housings for transceivers and optical networking hardware
Download the Fiber Optics Application Brief
Download the Fiber Optics Application Brief to see how micro-precision 3D printing helps teams hit tighter alignment tolerances and speed up connector, guide and ferrule development.