Zeiss IOLMaster 700 SWEPT Source OCT

Description

Zeiss IOLMaster 700 SWEPT Source OCT

Zeiss IOLMaster 700 SWEPT Source OCT Biometry builds upon almost 20 years of experience in optical biometry. Its latest update features Total Keratometry (TK) – a unique way to implement posterior corneal surface measurement into IOL power calculation. Once again, the ZEISS IOLMaster 700 demonstrates its technological leadership. Defining next-generation biometry from ZEISS.

SWEPT Source OCT biometer

The IOLMaste 700 from ZEISS with SWEPT Source Biometry builds upon almost 20 years of experience in optical biometry. Now with Total Keratometry (TK) it once again demonstrates its technological leadership.

Total Keratometry

Measure the posterior corneal surface – new Barrett formulas
Now featuring Total Keratometry (TK®) the ZEISS IOLMaster 700 allows you to directly measure the posterior corneal surface using SWEPT Source OCT.
Two exclusive new formulas: Barrett TK Universal II and Barrett TK Toric Can be used in classic IOL calculation formulas No need for a second device, third-party software or an online calculator

Unique Fixation Check

The unique Fixation Check provides you with more confidence in optical biometry. Can you see the foveal pit? If so, you can reduce the risk of refractive surprises due to incorrect measurements caused by undetected poor fixation. If not, you can educate your patients to always fixate on target.
Visually verify what structure of the eye has been measured

Optimize your cataract workflow

Measure both eyes in less than 45 seconds. Alignment assistance functions make the results largely independent of the user and therefore easy to delegate.

Complete refractive control

The patented cornea-to-retina scan offered by the model is ideal for a comprehensive examination. It presents anatomical details through a cross-sectional view of the entire eye. Any unusual eye geometries such as tilts can be detected and incorporated into the examination. You can also visually verify the specific structures that have been measured in the eye, allowing for better assessment. It also includes an automated fixation check, which identifies poor fixation to reduce the likelihood of refractive surprises which may compromise the results.