See how micro-precision 3D printing helps fiber optics teams hit tighter tolerances, iterate faster, and cut lead times on connectors, ferrules, guides and alignment components.
Fiber optic systems live and die on alignment. A connector or ferrule off by even a few microns can introduce signal loss or coupling inefficiency — and as data rates climb and components shrink, those tolerances have only gotten tighter.
Traditional methods struggle to keep up. CNC machining gets slow and expensive as features shrink. Soft tooling means weeks of lead time for every design revision. And assembly-based approaches stack up tolerance errors part by part.
This application brief shows how Projection Micro Stereolithography (PµSL) removes the tooling step entirely — printing directly from CAD to 2µm resolution, with tolerances down to single digits.
What you’ll learn:
- Why traditional manufacturing methods hit a wall at fiber-optic tolerances
- Where PµSL fits for connectors, ferrules, multi-fiber arrays, guides, shuffle boxes and alignment structures
- What to know before you design your first part
- When 3D printing beats traditional methods — and when it doesn’t
Get 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.