LASIK Surgery

IOL Master 700: Revolutionary Innovation in Cataract Surgery.

Carl_Zeiss_Meditec_IOL_Master_700

What is IOL Master 700 & why IOL Master 700 is necessary?

The Zeiss IOL Master 700 may be a top-of-the-line SWEPT source OCT biometer with Total Keratometry (TK). this enables straightforward measurement of the complex posterior corneal surface. It also provides an in-depth longitudinal analysis, which guarantees fewer refractive surprises.

The IOLMaster 700 is simply one part of the ZEISS Cataract Suite, a gaggle of products that work together for marker less toric IOL alignment. The suite also consists of the CALLISTO eye, FORUM, and the OPMI LUMERA family of microscopes. When these products are used together, practitioners can skip many of the manual steps related to toric IOL implantation, including pre-and intraoperative marking and manual data transfer. this enables more accurate refractive outcomes postoperatively.

IOL Master 700
IOL Master 700

Key features of IOL Master 700:

The IOLMaster 700 may be a cutting-edge device that offers many key features, including

Keratometry

-First from the world sailed source OCT-based biometer

-Improved refractive results after cataract surgery: Identifies irregular eye geometries like lens tilt, pictures the fovea to make sure of correct fixation, telecentric keratometry

key benefits of IOL Master 700:

There are several key benefits to using our OCT-based biometry for refractive surgery:

• you will get fewer “surprises” during surgery

OCT image-based biometry provides a more accurate thanks to measure the eye and detect unusual eye geometries, which results in fewer surprises during surgery.

• You’ll improve your refractive outcomes

Our biometry is repeatable and clinically validated and provides more accurate keratometry and biometrical parameters than other methods. This results in better refractive outcomes overall.

• You’ll optimize your workflow

Our system provides onboard toric IOL power calculation, easy delegation, and quick measurement speed. This helps you save time and increase efficiency in your surgical workflow.

• You’ll make a future-proof investment

Our platform is prepared for future enhancements and comes with a hassle-free service package. This ensures that you’re going to be able to get the most out of your investment for years to come.

Complete set of biometric parameters for the newest IOL power calculation formulas:

The latest IOL power calculation formulas require a complete set of biometric parameters. These include the patient’s age, refractive error, corneal curvature, and axial length.

Optimized workflow:

The optimized cataract workflow allows you to live both eyes in less than 45 seconds, which guarantees improved patient experience. It also features auto alignment assistance, reducing the danger of human error and making the examination results independent of the clinician. this enables you to delegate other aspects of the examination for seamless operation.

Toric IOL power calculation made easy

The ZEISS IOLMaster 700 provides an all-in-one solution for toric IOL power calculation with the new Haigis Suite. It combines the well-established Haigis formula, the Haigis-L formula for post-LVC cases, and therefore the new Haigis-T for toric IOL in one powerful tool. this suggests that you don’t have to key in data into the vendors’ online toric IOL power calculation tools.

Easy to use and delegate

The new biometry measurement system is fantastic! The multi-touch screen and sleek new graphical interface (GUI) enable gesture control of the device – just like you’re used to with your smartphone or tablet. The alignment assistance functions make the results largely independent of the user, so it is easy to delegate tasks.

Fast:

The SWEPT Source Biometry makes measurements take only seconds, which may be a huge advantage – especially with restless patients.

Precise and efficient markerless toric IOL alignment:

The ZEISS IOL Master 700 is a crucial tool for cataract surgery. It acquires a reference image which will be used to match the live eye image during surgery. This helps to scale back residual astigmatism and makes the surgery more efficient.

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