Illuminating ophthalmic endoprobe

1. An illuminating endoprobe system comprising:

one or more light sources configured to generate a visualization light and an illumination light;

a housing configured to receive the visualization light and the illumination light, the housing comprising a probe tip with a probe axis, wherein the probe tip comprises a distal most open face on the housing;

a vitreous visualization fiber disposed within the probe tip and having a distal end, the vitreous visualization fiber configured to transmit the visualization light through the probe tip, the visualization light having a visualization axis and a visualization beam angle at the probe tip; and

a general illumination fiber disposed within the probe tip and having a distal end, the general illumination fiber configured to transmit the illumination light through the probe tip, the illumination light having an illumination axis and an illumination beam angle at the probe tip, the illumination beam angle greater than the visualization beam angle, the illumination axis at an offset angle relative to the visualization axis, the offset angle greater than 5 degrees;

wherein the visualization light is projected out of a distal-most face of the visualization fiber and toward the distal most open face of the probe tip; and

wherein the illumination light is projected out of a distal-most face of the general illumination fiber and toward the distal most open face of the probe tip.

2. The illuminating endoprobe system of claim 1 , the distal end of the vitreous visualization fiber ramped relative to the probe axis, the ramped distal end transmitting the visualization light with the visualization axis that is not parallel to the probe axis.

3. The illuminating endoprobe system of claim 1 , the distal end of the vitreous visualization fiber having an angled surface, the angled surface transmitting the visualization light with the visualization axis that is not parallel to the probe axis to yield the offset angle with the illumination axis.

4. The illuminating endoprobe system of claim 1 , the distal end of the general illumination fiber having an angled surface, the angled surface transmitting the illumination light with the illumination axis that is not parallel to the probe axis to yield the offset angle with the visualization axis.

5. The illuminating endoprobe system of claim 1 :

the distal end of the vitreous visualization fiber having a first angled surface that transmits the visualization light with the visualization axis; and

the distal end of the general illumination fiber having a second angled surface that transmits the illumination light with the illumination axis, the illumination axis and the visualization axis yielding the offset angle.

6. The illuminating endoprobe system of claim 1 , the one or more light sources comprising:

a visualization source configured to generate the visualization light; and

an illumination source configured to generate the illumination light.

7. The illuminating endoprobe system of claim 1 , the one or more light sources comprising:

a visualization source configured to generate the visualization light; and

an illumination source configured to generate the illumination light, a luminous flux of the visualization source greater than a luminous flux of the illumination source.

8. The illuminating endoprobe system of claim 1 , the offset angle less than 30 degrees.

9. The illuminating endoprobe system of claim 1 , the visualization light and the illumination light yielding non-concentric illumination patterns.

10. The illuminating endoprobe system of claim 1 , wherein the vitreous visualization fiber is a different fiber than the general illumination fiber.

11. The illuminating endoprobe system of claim 10 , wherein the vitreous visualization fiber only projects visualization light and wherein the general illumination fiber only projects illumination light.

12. A method for providing illumination and visualization, comprising:

generating a visualization light and an illumination light;

receiving the visualization light and the illumination light at a housing, the housing comprising a probe tip with a probe axis, wherein the probe tip comprises a distal most open face on the housing;

transmitting the visualization light via a vitreous visualization fiber through the probe tip, the vitreous visualization fiber disposed within the probe tip and having a distal end, the visualization light having a visualization axis and a visualization beam angle at the probe tip, wherein the visualization light is projected out of a distal-most face of the visualization fiber and toward the distal most open face of the probe tip; and

transmitting the illumination light via a general illumination fiber through the probe tip, the general illumination fiber disposed within the probe tip and having a distal end, the illumination light having an illumination axis and an illumination beam angle at the probe tip, the illumination beam angle greater than the visualization beam angle, the illumination axis at an offset angle relative to the visualization axis, the offset angle greater than 5 degrees,

wherein the illumination light is projected out of a distal-most face of the general illumination fiber and toward the distal most open face of the probe tip.

13. The method of claim 12 , the distal end of the vitreous visualization fiber ramped relative to the probe axis, the ramped distal end transmitting the visualization light with the visualization axis that is not parallel to the probe axis.

14. The method of claim 12 , the distal end of the vitreous visualization fiber having an angled surface, the angled surface transmitting the visualization light with the visualization axis that is not parallel to the probe axis to yield the offset angle with the illumination axis.

15. The method of claim 12 , the distal end of the general illumination fiber having an angled surface, the angled surface transmitting the illumination light with the illumination axis that is not parallel to the probe axis to yield the offset angle with the visualization axis.

16. The method of claim 12 :

the distal end of the vitreous visualization fiber having a first angled surface that transmits the visualization light with the visualization axis; and

the distal end of the general illumination fiber having a second angled surface that transmits the illumination light with the illumination axis, the illumination axis and the visualization axis yielding the offset angle.

17. The method of claim 12 , wherein the vitreous visualization fiber is a different fiber than the general illumination fiber.

18. The method of claim 17 , wherein the vitreous visualization fiber only projects visualization light and wherein the general illumination fiber only projects illumination light.