Systems and methods for qualifying and calibrating a beam delivery system

1. A method of testing a laser eye surgery system, comprising:

imaging a known calibration pattern at an image location with an imaging device;

establishing an image scale based on the calibration pattern and the calibration pattern image;

imageably altering a series of regions of a test surface with an ablation laser beam of the laser eye surgery system at the imaging location;

laterally redirecting the laser beam according to an intended pattern between altering of the regions using a beam delivery system so as to form a test pattern on the test surface;

imaging the test pattern at the imaging location with the imaging device;

determining a lateral redirecting characteristic of the beam delivery system based on the image scale, the intended pattern, and the test pattern image; and

qualifying or calibrating the beam delivery system in response to the lateral redirecting characteristic,

wherein the beam delivery system laterally redirects the beam along a first axis from a first region to a second region, and laterally redirects the beam along a second axis from the second region to a third region, and wherein the beam delivery system is calibrated by altering machine readable code of the laser eye surgery system so that a subsequent lateral deflection of the beam along the first axis is determined using a first calibration factor, and so that a subsequent lateral deflection of the beam along the second axis is determined using a second calibration factor, the second calibration factor being different than the first calibration factor.

2. The method of claim 1 , wherein the beam delivery system laterally redirects the beam along a second axis a plurality of times, and wherein the beam delivery system is calibrated by altering the machine readable code of the laser eye surgery system so that subsequent lateral deflections of the beam along the second axis is determined using a plurality of different calibration factors associated with different beam locations along the second axis, the second axis intersecting the first axis.

3. The method of claim 1 , wherein the beam delivery system laterally redirects the beam along a first test pattern axis of the test pattern from a first region to a second region, and wherein the qualifying or calibrating of the beam comprises identifying an offset between the test pattern axis and an intended axis of the intended pattern.

4. The method of claim 3 , wherein calibrating the beam comprises altering machine readable code of the laser eye surgery system so that a subsequent lateral deflection of the beam along the first test pattern axis is determined based on the offset.

5. The method of claim 3 , wherein qualifying the beam comprises enabling use of the laser eye surgery system in response to the offset being below an acceptable tolerance.

6. The method of claim 3 , wherein the offset comprises an angular offset.

7. The method of claim 1 , wherein the beam delivery system laterally redirects the beam along a first test pattern vector between the regions of the test pattern, and laterally redirects the beam along a second test pattern vector between the regions of the test pattern, and wherein qualification or calibration of the beam delivery system comprises determining offsets between the vectors and intended vectors between regions of the intended pattern.

8. The method of claim 1 , further comprising calibrating the laser eye system by altering machine readable code of the laser eye surgery system in response to a first lateral beam deflecting characteristic of the beam delivery system, and qualifying the laser eye surgery system by enabling use of the laser eye surgery system in response to a second lateral beam deflecting characteristic of the beam delivery system being within an acceptable threshold tolerance.