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FM JANUARY 2019 - digital edition

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ADVERTORIAL<br />

VisuMax femtosecond<br />

laser - P150040/S003<br />

Zeiss VisuMax Femtosecond Laser is an<br />

ophthalmic surgical laser indicated for use<br />

in the small-incision lenticule extraction<br />

(SMILE) procedure for the reduction or<br />

elimination of nearsightedness (myopia)<br />

with or without astigmatism. It is designed<br />

to create small incisions in the transparent<br />

layer on the front of the eye (the cornea).<br />

The VisuMax Femtosecond Laser<br />

developed by Carl Zeiss Meditec, Inc. has<br />

received its FDA approval on 4th October<br />

2018.<br />

With its outstanding cutting precision,<br />

unsurpassed speed and gentle treatment<br />

technique VisuMax provides an ideal<br />

platform for therapeutic and refractive<br />

applications of cutting-edge corneal<br />

surgery, including:<br />

Flap - for precise flap cutting for Femto-<br />

LASIK and PRESBYOND Laser Blended<br />

Vision<br />

Keratoplasty - for a broad spectrum of<br />

corneal transplant procedures<br />

Incision for ICR - for tailor-made<br />

intracorneal tunnel segments<br />

ReLEx SMILE - the step towards minimally<br />

invasive laser vision correction<br />

The surgical laser allows the eye surgeon<br />

to cut a disc-shaped piece of corneal tissue<br />

(lenticule), which is thicker in the center<br />

and thinner at the edge. The surgeon<br />

can then remove the tissue with surgical<br />

instruments which flattens the center<br />

of the cornea resulting in the reduction<br />

or elimination of nearsightedness and<br />

astigmatism.<br />

Shaping the world of refractive surgery<br />

VisuMax heralds a paradigm shift in<br />

refractive surgery: minimally invasive laser<br />

vision correction.<br />

The VisuMax Femtosecond Laser<br />

System consists of the following major<br />

components:<br />

Laser Console:<br />

The Laser Console houses the<br />

femtosecond laser source, the scanning<br />

delivery system, the computer and<br />

software-hardware control system, an<br />

uninterruptible electrical power supply,<br />

the power supply distribution electronics,<br />

a visualization system and surgical<br />

microscope, two slit illumination units, the<br />

interface hardware for the Treatment Pack,<br />

user controls and user interface.<br />

The Patient Supporting System (PSS)<br />

Used to support the patient in a supine<br />

position during corneal surgery with the<br />

VisuMax Femtosecond Laser. The PSS is<br />

also used to properly position the patient<br />

with respect to the Treatment Pack affixed<br />

to the treatment objective lens in the Laser<br />

Console. The joystick control on the PSS<br />

is manipulated by the user to position<br />

the patient with respect to the Treatment<br />

Pack, and to applanate and immobilize the<br />

eye of the patient in preparation for laser<br />

treatment.<br />

Accessories - Treatment Pack<br />

The VisuMax Treatment Pack is a<br />

commercially available, pre-sterilized,<br />

single-use disposable accessory to the<br />

VisuMax Femtosecond Laser. It consists<br />

of disposable elements that allow for the<br />

laser beam to be properly coupled onto a<br />

patient’s cornea in a precise and controlled<br />

manner. No cleaning, disinfection or<br />

re-sterilization by the user is required or<br />

permitted.<br />

Features : Maximum cutting precision<br />

High-precision optics provide an<br />

extremely focused laser beam creating<br />

desired depth in the cornea, even with<br />

three-dimensional, curved incisions.<br />

Brilliant visual control<br />

The integrated, high-quality surgical<br />

microscope, includes <strong>digital</strong> video camera<br />

for live recording of the surgical procedure<br />

ensuring precise and complete control of<br />

each treatment step.<br />

Patient Supporting System<br />

The ergonomically pivoting patient<br />

supporting system ensures maximum<br />

comfort. The patient's position is<br />

continuously monitored during treatment<br />

and the sturdy yet comfortable patient<br />

supporting system is automatically<br />

adjusted during surgery.<br />

This is a sponsored article. <strong>FM</strong> editorial holds no responsibility for the information therein.<br />

82 / FUTURE MEDICINE / <strong>JANUARY</strong> <strong>2019</strong>

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