Do-it-yourself three-dimensional large core multimode fiber splitters through a consumer-grade 3D printer

Самодельные трёхмерные разветвители для многомодового волокна с большим ядром, изготовленные на потребительском 3D-принтере
Ricardo Oliveira, Rogério N. Nogueira, Lúcia Bilro
2022-01-07

1 × 2 splitter1 × 4 splitter3D printed large core multimode fiber splittersmultimode fiber splitter splitting ratiostereolithography 3D printer
We report the design, fabrication and characterization of 3D large core (1 mm) multimode fiber splitters using a low-cost stereolithography 3D printer. The results were accomplished for symmetrical 1 × 2 and 1 × 4 splitters, where the angle between the output arms was varied from 10 to 180°, showing good uniformity between the splitting ratios. Asymmetrical 1 × 2 splitters were also studied to achieve different splitting ratios. This was done by fixing one arm at a specific angle, while varying the other. Results were quite satisfactory, paving the way for simple and customizable manufacturing of passive optical elements.
1
Built symmetrical 1×2 and 1×4 splitters with output-arm angles varied from 10° to 180°, achieving good uniformity in splitting ratios
2
Demonstrated design, fabrication, and characterization of large-core (1 mm) multimode fiber splitters produced with a low-cost stereolithography 3D printer
3
Results indicate satisfactory performance, enabling simple, customizable manufacturing of passive optical elements using consumer-grade 3D printing
4
Studied asymmetrical 1×2 splitters by fixing one arm angle and varying the other to realize different splitting ratios

3D-printed large-core (1 mm) multimode fiber splitters (symmetrical 1×2, 1×4 and asymmetrical 1×2) fabricated with a consumer-grade stereolithography printer

Design, fabrication and optical characterization (splitting ratios, uniformity across output-arm angles 10–180°, and controllable asymmetrical splitting) of the large-core multimode fiber splitters

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Publication Date
2022-01-07
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Authors
Ricardo Oliveira
Rogério N. Nogueira
Lúcia Bilro
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