The invention relates to equipment for measuring intra-ocular pressure, which is mainly characterized by comprising a probe supported in a probe shoulder, a plurality of coils wound on a framework, and a circuit board for collecting and
processing voltage signals of the coils. The probe consists of a plastic probe head and a
magnetic probe tail, and the probe
tail consists of one or several joints of magnetic needles. The equipment for measuring the intra-ocular pressure is mainly characterized in that the coils are electrified with different directions to drive the magnetic needles at the probe
tail to ensure part of the probe head to move toward or far away from a
cornea at a high speed, and the intra-ocular pressure is figured out by the time interval between the probe closing to the
cornea and the probe just leaving the
cornea. By adopting the technical scheme of the invention, the speed-up time of the probe is shortened, the
retention time of high speed motion is long, and the
system efficiency is high, thereby fully ensuring that the probe can hit against the surface of the cornea at a speed high enough, greatly reducing the complexity and cost of the
system, and simultaneously improving the reliability of the
system.