An advanced cataract surgery system designed to
provide greater stability and control during the
procedure. Its fluidics technology helps maintain a
stable environment inside the eye while the cataract
is being removed. This supports precise, controlled,
and efficient cataract surgery.

A digital image-guided system that helps
surgeons plan and perform cataract surgery with
greater precision. It uses detailed images of the
patient’s eye to guide incision placement, lens
positioning, and alignment during surgery.
This is especially useful when precise positioning
of advanced or toric intraocular lenses is
important.

A highly trusted visual field testing system used
for the detection and monitoring of glaucoma.
It evaluates areas of vision that patients may not
realize they are losing, particularly peripheral
vision. Regular visual field testing helps doctors
monitor disease progression and determine
whether treatment is effectively protecting your
vision.

This device quickly and accurately measures the
focusing power of the eye and the curvature of the
cornea. It provides important information for
eyeglass prescriptions, contact lenses, and planning
various eye treatments. Fast, non-invasive
measurements help doctors obtain a more precise
understanding of your vision.

A specialized microscope that examines the tiny
endothelial cells on the inner surface of the cornea.
These cells are essential for keeping the cornea
clear and healthy and have very limited ability to
regenerate. The test helps evaluate corneal health
before eye surgery and can detect changes that
may not be visible during a routine examination.

A high-precision optical measurement system used to
measure important dimensions of the eye before
cataract surgery. These measurements are essential
for calculating the appropriate power of the intraocular
lens (IOL) to be implanted. Accurate measurements
help surgeons plan cataract surgery with the goal of
achieving the best possible visual outcome.

OCT provides highly detailed, cross-sectional
images of the retina and optic nerve—structures
that cannot be fully evaluated from the surface
of the eye. It can help detect and monitor
glaucoma, macular degeneration, diabetic retinal
disease, and many other retinal conditions.
Because subtle changes can be identified early,
OCT plays an important role in protecting vision
before significant symptoms develop.

An ultrasound examination that allows doctors to
measure the eye and examine structures inside
it, even when they cannot be clearly seen with
conventional instruments. It is particularly useful
when cataracts or other conditions prevent a
clear view into the eye. The information can
assist in diagnosis as well as surgical and
intraocular lens planning.

UBM uses high-frequency ultrasound to create
detailed images of structures in the front part of the
eye that are difficult to see with standard
examinations. It can provide valuable information
about the iris, drainage angle, ciliary body, and other
internal structures. This makes it particularly useful
for evaluating certain types of glaucoma and
complex anterior-segment conditions.