Systems and methods for performing an intraocular procedure for treating an eye condition

An apparatus comprising:

• a memory;
• a calibration database stored on the memory, wherein:
• the calibration database comprises a plurality of fiber core diameter values,
• the calibration database further comprises a plurality of output energy levels associated with possible output energy levels of an excimer laser source, and
• each one of the plurality of fiber core diameter values is associated in the calibration database with one of the possible output energy levels of the excimer laser source.

A system configured to determine an output energy level for a fiber probe comprising:

• an excimer laser source;
• a plurality of fiber probes, each of the plurality of fiber probes connectable one at a time to the excimer laser source;
• a processor;
• a memory;
• a calibration database stored on the memory, wherein:
• the calibration database comprises a plurality of fiber probe diameter values and a plurality of output energy levels associated with possible output energy levels of an excimer laser source, and
• each one of the plurality of fiber diameter values is associated with one of the possible output energy levels of the excimer laser source;
• and
• non-transitory computer readable instructions stored on the memory that, upon execution by the processor, cause the processor to:
• determine a diameter of a core of a first fiber probe of the plurality of fiber probes while the first fiber probe is connected to the excimer laser source;
• and
• determine, based on the calibration database, one of the possible output energy levels associated with the diameter of the core of the first fiber probe connected to the excimer laser source.

A method of determining an output energy level for a fiber probe connected to an excimer laser source comprising:

• determining, by a processor of a computing device, a diameter of a fiber core of the fiber probe connected to the excimer laser source;
• and
• determining, by the processor, the output energy level for outputting energy from the excimer laser source via the fiber probe, wherein the determining of the output energy level comprises:
• locating, in a calibration database, one of a plurality of possible output energy levels associated with the diameter of the fiber core, wherein the calibration database comprises:
• a plurality of fiber core diameter values;
• and
• the plurality of possible output energy levels for the excimer laser source,
• wherein each one of the plurality of fiber core diameter values is associated in the calibration database with one of the plurality of possible output energy levels for the excimer laser source.