Ophthalmic endoillumination using fiber generated light

1. An ophthalmic endoilluminator comprising:

at least one pump light source;

a scintillator fiber optically coupled to the at least one pump light source, the scintillator fiber operable to receive an output of the at least one pump light source and produce light in a different wavelength range than the output of the at least one pump light source;

an optical coupling element optically coupled to the scintillator fiber, the optical coupling element operable to receive the light from the scintillator fiber; and

an optical fiber optically coupled to the optical coupling element, the optical fiber operable to conduct the light into an eye.

2. The ophthalmic endoilluminator of claim 1 , wherein a light pipe houses both the at least one pump light source and the scintillator fiber.

3. The ophthalmic endoilluminator of claim 1 , further comprising a mirror at a distal end of the scintillator fiber, the mirror operable to reflect light in at least part of the different wavelength range and pass the output of the at least one pump light source.

4. The ophthalmic endoilluminator of claim 1 , wherein the scintillator fiber comprises a luminescent core or cladding, the luminescent core or cladding operable to produce the light in the different wavelength range.

5. The ophthalmic endoilluminator of claim 4 , wherein the luminescent core or cladding comprises white phosphor.

6. The ophthalmic endoilluminator of claim 1 , wherein the optical coupling element comprises a ball lens.

7. The ophthalmic endoilluminator of claim 1 , wherein the core diameter and numerical aperture of the scintillator fiber are both either equal to or smaller than that of the optical fiber.

8. The ophthalmic endoilluminator of claim 1 , wherein the pump light source comprises a UV or Blue light LED.

9. An ophthalmic endoilluminator comprising:

at least one pump light source;

a plurality of scintillator fibers optically coupled to the at least one pump light source, each of the plurality of scintillator fibers operable to receive an output of the at least one pump light source and to produce a plurality of optical outputs, each of the optical outputs of the scintillator fibers in a respective wavelength range different from a wavelength range of the at least one pump source;

an optical combining element operable to combine the plurality of optical outputs in order to produce a combined optical output;

an optical coupling element operable to receive the combined optical output; and

an optical fiber optically coupled to the optical coupling element, the optical fiber operable to conduct the combined optical output into an eye.

10. The ophthalmic endoilluminator of claim 1 , wherein a light pipe houses both the at least one pump light source and the plurality of scintillator fibers.

11. The ophthalmic endoilluminator of claim 1 , further comprising a mirror at a distal end of the plurality of scintillator fibers, the mirror operable to reflect light and pass the output of the at least one pump light source.

12. The ophthalmic endoilluminator of claim 1 , wherein the optical combining element comprises at least one optical combining element selected from the group consisting of:

an X-prism;

a dispersion prism; and

a diffraction grating.

13. The ophthalmic endoilluminator of claim 4 , wherein the plurality of fluorescent fibers comprise fluorescent fibers doped with Red, Green and Blue (RGB) organic dyes, the plurality of fluorescent fibers operable to produce RGB optical outputs.

14. The ophthalmic endoilluminator of claim 1 , wherein the optical coupling element comprises a ball lens.

15. The ophthalmic endoilluminator of claim 1 , wherein the core diameter and numerical aperture of the scintillator fiber are equal or smaller than that of the optical fiber.

16. The ophthalmic endoilluminator of claim 1 , wherein the pump source comprises a UV or Blue light pump source.

17. A method comprising:

generating a first output from at least one pump light source;

optically coupling the first output to at least one optical fiber to produce at least one optical output having a different spectral output from that of the first output, wherein the at least one optical fiber comprises a fluorescent fiber;

optically coupling the at least one optical output to an ophthalmic endoilluminator fiber with an optical coupling element; and

conducting the optical output with the ophthalmic endoilluminator fiber to illuminate an interior region of an eye.

18. The method of claim 17 , wherein the at least one optical fiber comprises a fluorescent fiber doped with at least two different organic dyes, the organic dyes operable to produce optical outputs of different wavelengths such that the optical outputs produce white light when combined.

19. The method of claim 17 , further comprising housing the at least one pump source and the at least one optical fiber within a light pipe.

20. The method of claim 17 , further comprising:

reflecting light within the at least one optical fiber to produce light in a same output direction; and

passing the output of the at least one pump source to the at least one optical fiber.

21. The method of claim 17 , wherein the optical coupling element comprises at least one optical combining element selected from the group consisting of:

a ball lens;

an X-prism;

a dispersion prism; and

a diffraction grating.

22. The method of claim 17 , wherein the core diameter and numerical aperture of the at least one optical fiber are equal or smaller than that of the ophthalmic endoilluminator fiber.

23. The method of claim 17 , wherein the pump source comprises a UV or Blue light pump source.

24. An ophthalmic endoilluminator comprising:

at least one pump light source;

at least one fluorescent fiber optically coupled to the at least one pump source, wherein:

the at least one fluorescent fiber receives an output of the at least one pump source;

regions of the at least one fluorescent fiber are doped with Red, Green or Blue (RGB) organic dyes, the at least one fluorescent fiber operable to produce RGB optical outputs from the output of the at least one pump source;

an optical combining element operable to combine the plurality of optical outputs and produce light;

an optical coupling element operable to receive the light; and

an optical fiber optically coupled to the optical coupling element, the optical fiber operable to conduct the light into an eye.

25. An ophthalmic endoilluminator comprising:

at least one pump light source;

a scintillator fiber optically coupled to the at least one pump light source, the scintillator fiber comprising a scintillator device at a distal end of the scintillator fiber adapted for positioning within an eye, wherein:

the scintillator fiber carries an optical output of the at least one pump light source to the scintillator device; and

the scintillator device is operable to receive the optical output and to produce light in a different wavelength range than the optical output of the at least one pump light source.

26. The ophthalmic endoilluminator of claim 25 , wherein the pump light source comprises a UV or Blue light LED.

27. The ophthalmic endoilluminator of claim 25 , further comprising an optical filter disposed around the scintillator fiber and configured to filter out light in the wavelength range of the optical output of the at least one pump light source.

28. The ophthalmic endoilluminator of claim 25 , wherein the scintillator device comprises a fluorescent material.

29. The ophthalmic endoilluminator of claim 25 , wherein the scintillator device comprises a phosphorescent material.

30. The method of claim 17 , wherein the at least one pump light source is an LED light source.