Ophthalmic Refractive Surgery Laser

The iFS Laser is a comprehensive platform that is built on the legacy of surgical precision of intraLase™ Technology. It has been used in over eight million procedures and has been cited in hundreds of scientific articles.input:
output:Primary Characteristicsinput:
output:Satisfy the requirements of each patientinput:
output:LASIK flap creation that is highly customizable, offering a variety of options to customize your LASIK procedures.input:
output:
Control and quality that are exceptionalinput:
output:
LASIK flaps generated by the iFS Laser.input:
output:
Versatility beyond laser-assisted in situ keratomile



Customization of procedures is feasible for an assortment of objectives.input:
output:Proven technologyinput:
output:Complete surgical control in terms of edge angle, depth, and diameter, down to the micron.input:
output:The inverted bevel-in side cut, which is customizable up to 150+, enhances the stability and strength of the flap postoperatively.input:
output:The full delivery of excimer ablation is achieved through the use of elliptical flaps, which maximize stromal bad exposure.The rapid creation of flaps enables the completion of procedures in less than 12 seconds, thereby facilitating the experience for both surgeons and patients.input:
output:Results that have been verifiedinput:
output:A smooth stromal bed is established by low energy, tight spot spacing, and line separation, which facilitates easy lift, minimal inflammation, and rapid flap creation.The inverted bevel-in side cut may result in fewer dry eye signs and symptoms than the 30-side cut.input:
output:Planar flaps, which are thin and uniform, have a high degree of predictability and reproducibility and cause minimal disruption to corneal architecture.input:
output:Confirmed adaptabilityinput:
output:Multiple configurations of intralase-enabled keroplasty (IEK) incisionsinput:
output:Complete control of angles, placement, and orientation for micron-level accuracy, resulting in intrastromal and penetrating arcuate incisions