Laser Procedures :

There are 25 measurable causes of defocus in our eyes. These defocus errors are called aberrations and are precisely measured by an aberrometer. With accurate measuring and laser treatment of these aberrations, we can achieve high-definition vision even clearer than glasses can provide. Older laser technologies, and SMILE, only measure and treat 2 defocus errors, compared to 25. Wavefront aberrometers allow laser surgeons to precisely analyse the optics of the eye. The Peramis aberrometer has six times higher resolution than other systems. This exceptional performance is based on a high-resolution pyramidal wavefront sensor that measures ocular wavefront aberrations with an unequaled 45,000 measuring points. Together with the integrated high-resolution topography with Placido technology, this allows for an extremely accurate assessment of corneal and ocular aberrations. This data allows your surgeon to individually customise the wavefront-based correction of your vision.

Combines Placido disk topography with Scheimpflug tomography of the front of the eye to allow the surgeon to perform the safest version of laser vision correction customised to your eyes. The device provides highly accurate measurements of corneal thickness, curvature, power as well as pupil size measurements and is commonly used for refractive surgery planning and follow-up.

The Staar Visian ICL lenses are custom made in Switzerland to match your eye’s unique measurements. ICLs can correct up to 20 Dioptres of short-sightedness, 10 Dioptres of long-sightedness) and up to 6.0 Dioptres of astigmatism. Today, more than 1,000,000 people worldwide are enjoying the benefits of ICL surgery.

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Re:Vision Laser & Cataract was specifically designed and created by our surgeons to provide maximum safety for patients in need of eye surgery. We are fully accredited by the Designated Auditing Agency (DAA) with an excellent scoring.

The CXL-365 vario extension is integrated into the workflow of the SCHWIND AMARIS laser, so that additional adjustment and space are not required.

The CXL-365 vario has three power levels, 3-18 mW/cm2, allowing accelerated treatments of 5 minutes.   

The UV beam diameter is adjustable between  7-11 mm. This protects the limbal stem cells and allows for safe crosslinking. 

Considered the world’s most precise excimer laser for vision correction used in LASIK and PRK. The more precise the laser, the more precise the vision correction. The Schwind Amaris 1050 laser is equipped with 7-dimensional eye tracking for accurate delivery of laser pulses with compensation for the slightest eye movement during surgery.

Smart-pulse technology leaves the smoothest possible corneal surface leading to exceptional visual quality and high-definition vision.

The IOLMaster 700 provides highly repeatable and accurate measurements of the eye to allow the surgeon to customise the lens implant in your eye following cataract or RLE surgery. The device provides highly accurate lens thickness, anterior chamber depth, and corneal thickness measurements of the eye. The entire process is completed in about 50 seconds, with a total of 2,000 scans taken per second. During the process, the IOLMaster 700 also performs a 1-mm central retinal scan.

The Ziemer Z6 solid-state femtosecond laser provides unmatched safety and predictability for corneal flap creation – the first stage in the LASIK procedure. It provides faster overnight vision recovery and higher-definition vision. The Ziemer Z6 laser has the highest repetition rate of any femtosecond laser with overlapping, precise spots with the lowest most gentle energy delivery of all laser systems. This avoids the formation of opaque bubbles during LASIK flap creation which aids accurate eye tracking and results in rapid visual recovery.