Multack Eye Care · Our Technology
Advanced TechnologyIndividual decisions
Advanced diagnostics, digital visualization and surgical systems help our team understand your eyes and plan your care.
Advanced technology · Individual decisions
Advanced diagnostics, digital visualization and surgical systems help our team understand your eyes and plan your care. We bring those tools together with experienced clinical judgment, clear explanations and attention to your vision goals.
Precision starts with a personal plan
The LenSx femtosecond laser can assist with selected steps of cataract surgery, including incisions, the opening in the lens capsule and lens fragmentation. Your surgeon recommends the approach that fits your eyes and treatment plan.
Digital Imaging
We believe in accuracy and superior outcomes and with that means investing in technology that helps us achieve that. The most modern cataract surgical equipment provides our surgeons with real time image measurements and digital overlays for the accurate guidance in cataract surgery available.
Surgical Microscope
The LuxOR® Ophthalmic Microscope advances visualization for our surgeons with personalized illumination, giving you and the surgeon confidence throughout the procedure.
Ngenuity 3D Visualization System
The NGENUITY 3D Visualization System provides a magnified, stereoscopic digital view during microsurgery, supporting the surgeon’s view of the treatment area.
Active Sentry Centurion
Ultrasonic phacoemulsification has long been the “gold standard” for cataract surgery. In phacoemulsification surgery, a small ultrasonic probe is inserted into a very small incision on the edge of the eye. This probe gently breaks the cloudy lens into tiny pieces and suctions the cataract out of the eye. The Centurion offers a new method that uses both ultrasound and mechanical oscillation to help break up the cataract faster, and allows the surgeon greater control of lens tissue than traditional ultrasound.
Biometry and surgical planning
Advanced technology. Individualized cataract planning.
Multack Eye Care invests in diagnostic technology to support individualized cataract planning. Our biometry platforms include the ZEISS IOLMaster 700, Alcon ARGOS and Haag-Streit Lenstar, which measure the eye to help inform intraocular lens power calculations.
Your surgeon selects testing based on your clinical needs and may compare measurements across platforms when appropriate. These findings are considered alongside your examination, eye health and vision goals when recommending a lens and surgical plan. Testing needs and visual outcomes vary by patient.
ZEISS
IOLMaster 700
Alcon
ARGOS
Haag-Streit
Lenstar
Retinal (Fundus) Cameras: Ultra-Wide Field
Diagnosing Retinal disease as soon as possible is a priority at Multack Eye Care. Therefore we reinvest into the latest and most advanced technology to best help us achieve earlier diagnosis. Here is why we purchased these specific technologies.
The peripheral retina is the site of pathology in many ocular diseases, including diabetic retinopathy (DR), retinal vein occlusion (RVO), uveitis, retinal vasculitis, and rhegmatogenous retinal detachment (RRD). Careful clinical examination of the peripheral retina is important in clinical decision-making when there is a need for additional testing and objective, reliable documentation of findings.
Ultra-widefield imaging captures a broad view of the retina and helps document findings over time. Photographs complement a clinical examination; your doctor determines which imaging and other tests are appropriate for your eyes.
Topographer and Tomographer
The cornea is the outer layer of the eye, responsible for about 70 percent of the eye’s focusing power. A corneal topography test provides detailed 3D maps of the cornea’s shape and curvature and enables detection of corneal diseases, and irregular corneal conditions, such as swelling, scarring, abrasions, deformities, and irregular astigmatisms.
Corneal tomography is a more advanced diagnostic tool because its Scheimpflug imaging takes photographs of the anterior and posterior cornea. As a result, the posterior cornea can be visualized, which can be abnormal in early onset keratoconus or early post-LASIK ectasia.