Laser source for an ophthalmic surgical system
A laser source for an ophthalmic surgical system includes a femtosecond seeder, an amplifier, a femtosecond pulse portion, a nanosecond pulse portion, and one or more switches. The femtosecond seeder generates femtosecond pulses. The amplifier amplifies laser pulses, which include the femtosecond pulses and nanosecond pulses. The amplifier amplifies the laser pulses by amplifying the femtosecond pulses and generating and amplifying the nanosecond pulses. The femtosecond pulse portion alters and outputs the femtosecond pulses, and the nanosecond pulse portion alters and outputs the nanosecond pulses. The switches receive the laser pulses from the amplifier, and direct the laser pulses to the femtosecond pulse portion or the nanosecond pulse portion. In other embodiments, the laser source includes a femtosecond seeder and a nanosecond seeder that generates the nanosecond pulses.
1. A laser source for an ophthalmic surgical system, the laser source comprising:
a femtosecond seeder configured to generate a plurality of femtosecond pulses; and
an amplifier configured to:
generate a plurality of nanosecond pulses; and
amplify a plurality of laser pulses, the plurality of laser pulses comprising the plurality of femtosecond pulses and the plurality of nanosecond pulses, the amplifier configured to amplify the plurality of laser pulses by:
amplifying the plurality of femtosecond pulses generated by the femtosecond seeder; and
amplifying the plurality of nanosecond pulses generated by the amplifier;
a femtosecond pulse portion configured to alter and output the plurality of femtosecond pulses;
a nanosecond pulse portion configured to alter and output the plurality of nanosecond pulses; and
one or more switches configured to:
receive the plurality of laser pulses from the amplifier; and
direct the plurality of laser pulses to the femtosecond pulse portion or the nanosecond pulse portion.
2. The laser source of claim 1 , further comprising control electronics configured to:
determine if a request is for the plurality of femtosecond pulses or the plurality of nanosecond pulses; and
instruct the one or more switches to direct the plurality of laser pulses to the femtosecond pulse portion or the nanosecond pulse portion in accordance with the request.
3. The laser source of claim 1 , the amplifier further configured to generate the plurality of nanosecond pulses by Q-switching.
4. The laser source of claim 3 , the amplifier comprising:
an optical switch configured to operate as a Q-switch; and
a pump laser synchronized with the optical switch.
5. The laser source of claim 1 , the amplifier selected from the following:
a regenerative amplifier, a fiber amplifier, or a multi-pass amplifier chain.
6. The laser source of claim 1 , the nanosecond pulse portion comprising:
a frequency converter configured to convert near infrared wavelengths to ultraviolet wavelengths to yield a plurality of ultraviolet nanosecond pulses.
7. The laser source of claim 1 , the nanosecond pulse portion comprising:
a nanosecond ablation head configured to output the plurality of nanosecond pulses.
8. The laser source of claim 1 , the femtosecond pulse portion configured to alter and output the plurality of femtosecond pulses by outputting a plurality of near infrared femtosecond pulses.
9. The laser source of claim 1 , the femtosecond pulse portion configured to alter and output the plurality of femtosecond pulses by outputting a plurality of ultraviolet femtosecond pulses.
10. The laser source of claim 1 , the femtosecond pulse portion configured to alter and output the plurality of femtosecond pulses by:
outputting a plurality of near infrared femtosecond pulses; and
outputting a plurality of ultraviolet femtosecond pulses.
11. The laser source of claim 10 , the femtosecond pulse portion comprising:
a near infrared femtosecond optic head configured to output the plurality of near infrared femtosecond pulses; and
an ultraviolet femtosecond optic head configured to output the plurality of ultraviolet femtosecond pulses.
12. The laser source of claim 1 , the femtosecond pulse portion comprising:
a frequency converter configured to convert near infrared wavelengths to ultraviolet wavelengths to yield a plurality of ultraviolet femtosecond pulses; and
an ultraviolet femtosecond optic head configured to output the plurality of ultraviolet femtosecond pulses.
13. A laser source for an ophthalmic surgical system, the laser source comprising:
a femtosecond seeder configured to generate a plurality of femtosecond pulses;
an amplifier comprising:
an optical switch configured to operate as a Q-switch; and
a pump laser synchronized with the optical switch;
the amplifier configured to:
generate a plurality of nanosecond pulses by q-switching; and
amplify a plurality of laser pulses, the plurality of laser pulses comprising the plurality of femtosecond pulses and the plurality of nanosecond pulses, the amplifier configured to amplify the plurality of laser pulses by:
amplifying the plurality of femtosecond pulses generated by the femtosecond seeder; and
amplifying the plurality of nanosecond pulses generated by the amplifier;
a femtosecond pulse portion configured to alter and output the plurality of femtosecond pulses;
a nanosecond pulse portion configured to alter and output the plurality of nanosecond pulses; and
one or more switches configured to:
receive the plurality of laser pulses from the amplifier; and
direct the plurality of laser pulses to the femtosecond pulse portion or the nanosecond pulse portion.
14. The laser source of claim 13 , further comprising control electronics configured to:
determine if a request is for the plurality of femtosecond pulses or the plurality of nanosecond pulses; and
instruct the one or more switches to direct the plurality of laser pulses to the femtosecond pulse portion or the nanosecond pulse portion in accordance with the request.
15. The laser source of claim 13 , the amplifier selected from the following: a regenerative amplifier, a fiber amplifier, or a multi-pass amplifier chain.
16. The laser source of claim 13 , the nanosecond pulse portion comprising:
a frequency converter configured to convert near infrared wavelengths to ultraviolet wavelengths to yield a plurality of ultraviolet nanosecond pulses.
17. The laser source of claim 13 , the nanosecond pulse portion comprising:
a nanosecond ablation head configured to output the plurality of nanosecond pulses.
18. The laser source of claim 13 , the femtosecond pulse portion configured to output the plurality of femtosecond pulses by:
outputting a plurality of near infrared femtosecond pulses; and
outputting a plurality of ultraviolet femtosecond pulses.
19. The laser source of claim 18 , the femtosecond pulse portion comprising:
a near infrared femtosecond optic head configured to output the plurality of near infrared femtosecond pulses; and
an ultraviolet femtosecond optic head configured to output the plurality of ultraviolet femtosecond pulses.
20. The laser source of claim 13 , the femtosecond pulse portion comprising:
a frequency converter configured to convert near infrared wavelengths to ultraviolet wavelengths to yield a plurality of ultraviolet femtosecond pulses; and
an ultraviolet femtosecond optic head configured to output the plurality of ultraviolet femtosecond pulses.
21. A laser source for an ophthalmic surgical system, the laser source comprising:
a femtosecond seeder configured to generate a plurality of femtosecond pulses; and
an amplifier configured to amplify a plurality of laser pulses, the plurality of laser pulses comprising the plurality of femtosecond pulses and a plurality of nanosecond pulses, the amplifier comprising a regenerative amplifier comprising:
an optical switch configured to operate as a Q-switch; and
a pump laser synchronized with the optical switch, the amplifier configured to amplify the plurality of laser pulses by:
amplifying the plurality of femtosecond pulses generated by the femtosecond seeder;
generating the plurality of nanosecond pulses by Q-switching; and
amplifying the plurality of nanosecond pulses generated by the amplifier;
a femtosecond pulse portion configured to alter and output the plurality of femtosecond pulses by outputting a plurality of near infrared femtosecond pulses and a plurality of ultraviolet femtosecond pulses, the femtosecond pulse portion comprising:
a near infrared femtosecond optic head configured to output the plurality of near infrared femtosecond pulses;
a frequency converter configured to convert near infrared wavelengths to ultraviolet wavelengths to yield a plurality of ultraviolet femtosecond pulses; and
an ultraviolet femtosecond optic head configured to output the plurality of ultraviolet femtosecond pulses;
a nanosecond pulse portion configured to alter and output the plurality of nanosecond pulses, the nanosecond pulse portion comprising:
a frequency converter configured to convert near infrared wavelengths to ultraviolet wavelengths to yield a plurality of ultraviolet nanosecond pulses; and
a nanosecond ablation head configured to output the plurality of nanosecond pulses;
one or more switches configured to:
receive the plurality of laser pulses from the amplifier; and
direct the plurality of laser pulses to the femtosecond pulse portion or the nanosecond pulse portion; and
control electronics configured to:
determine if a request is for the plurality of femtosecond pulses or the plurality of nanosecond pulses; and
instruct the one or more switches to direct the plurality of laser pulses to the femtosecond pulse portion or the nanosecond pulse portion in accordance with the request.
22. A laser source for an ophthalmic surgical system, the laser source comprising:
a femtosecond seeder configured to generate a plurality of femtosecond pulses;
an amplifier comprising:
an optical switch configured to operate as a Q-switch; and
a pump laser synchronized with the optical switch;
the amplifier configured to:
generate a plurality of nanosecond pulses by q-switching; and
amplify a plurality of laser pulses, the plurality of laser pulses comprising the plurality of femtosecond pulses and the plurality of nanosecond pulses, the amplifier configured to amplify the plurality of laser pulses by:
amplifying the plurality of femtosecond pulses generated by the femtosecond seeder; and
amplifying the plurality of nanosecond pulses generated by the amplifier, the amplifier comprising a regenerative amplifier, a fiber amplifier, or a multi-pass amplifier chain;
a femtosecond pulse portion configured to alter and output the plurality of femtosecond pulses by outputting a plurality of near infrared femtosecond pulses and a plurality of ultraviolet femtosecond pulses, the femtosecond pulse portion comprising:
a near infrared femtosecond optic head configured to output the plurality of near infrared femtosecond pulses;
a frequency converter configured to convert near infrared wavelengths to ultraviolet wavelengths to yield a plurality of ultraviolet femtosecond pulses; and
an ultraviolet femtosecond optic head configured to output the plurality of ultraviolet femtosecond pulses;
a nanosecond pulse portion configured to alter and output the plurality of nanosecond pulses, the nanosecond pulse portion comprising:
a frequency converter configured to convert near infrared wavelengths to ultraviolet wavelengths to yield a plurality of ultraviolet nanosecond pulses; and
a nanosecond ablation head configured to output the plurality of nanosecond pulses;
one or more switches configured to:
receive the plurality of laser pulses from the amplifier; and
direct the plurality of laser pulses to the femtosecond pulse portion or the nanosecond pulse portion; and
control electronics configured to:
determine if a request is for the plurality of femtosecond pulses or the plurality of nanosecond pulses; and
instruct the one or more switches to direct the plurality of laser pulses to the femtosecond pulse portion or the nanosecond pulse portion in accordance with the request.