The invention discloses a full
femtosecond laser system for eyeball spin correction. The full
femtosecond laser system for eyeball spin correction comprises an
eye anterior segment biological measurement unit, a spin
control unit, a patient posture adjusting unit, a horizontal axial position marking unit, a negative pressure suction unit and a
femtosecond laser unit, wherein the
eye anterior segment biological measurement unit is used for collecting eyeball position information when a patient sits and sending the eyeball position information to the spin
control unit; the spin
control unit is used for collecting the eyeball position information of the patient in the
supine position, comparing the eyeball position information of the patient in the
supine position with the eyeball position information of the patient in the sitting position so as to obtain the eyeball spin information, and sending the eyeball spin information to the patient posture adjusting unit; the patient posture adjusting unit is used for adjusting the posture of the patient in the
supine position according to the eyeball spin information, so that an absolute value of an eyeball spin angle is smaller than 1 degree; the horizontal axial position marking unit is used for completing
horizontal axis marking of an operative eye in the sitting position according to a
horizontal projection line; the negative pressuresuction unit is used for carrying out negative pressure suction and adjustment on the eyeball, so that a
horizontal axis mark of the operative eye in the sitting position is parallel to a horizontalline of a cross mesh of an
eyepiece; the femtosecond laser unit is used for carrying out femtosecond
laser cutting. The full femtosecond laser
system for eyeball spin correction solves the problem that an existing full femtosecond laser system fails to correct eyeball spin.