Zeiss Integrates New Barrett Suite Into IOLMaster Swept Source Biometry

Source: Carl Zeiss Meditec

Friday, April 28, 2017 | Product Releases , Carl Zeiss Meditec


Zeiss announced that it has fully integrated the latest generation of Barrett IOL power calculation formulas into the IOLMaster 700. The Barrett Suite consists of the Barrett Universal II, Barrett Toric, and Barrett True-K.

The formulas integrated in the new Barrett Suite, which incorporates the influence of the posterior corneal surface, have been shown to be more accurate in predicting target refraction, according to a company news release. The IOLMaster 700 automatically applies these formulas depending on the IOL selected and the refractive surgery status of the patient. These latest generation formulas and Swept Source Biometry can help surgeons more easily improve refractive outcomes and reduce refractive surprises.

“The combination of Swept Source OCT biometry with my formulas offers the potential for exciting results and whole new calculation options,” Graham D. Barrett, MD, inventor of the Barrett IOL calculation formulas, said in the news release. “I am excited to see how the Swept Source OCT technology of the IOLMaster leverages the full potential of my formulas.”

Swept Source Biometry of the IOLMaster 700 provides a full-length OCT image showing surgeons anatomical details, such as lens tilt of the crystalline lens, or poor fixation of the patient, that could lead to unsatisfactory postoperative visual experiences. Surgeons can also visually verify measurements via the OCT image, a first for biometry, thereby eliminating complex interpretations of A-scans and potential sources of error. Zeiss IOLMaster 700 has also shown a cataract penetration rate of > 99%. As a result, ultrasound cases may be reduced by 92% helping to lower the risk of refractive surprises caused by imprecise ultrasound measurements.

“Cataract surgeons today are faced with patients expecting exceptional visual acuity. Surgeons need continuous improvement in refractive accuracy, and with the increasing number of patients, they also need increased efficiency,” Jim Mazzo, Global President Ophthalmic Devices at Carl Zeiss Meditec, said in the news release. “We are honored to collaborate with a luminary such as Dr. Barrett, to uniquely combine our advanced technologies with the latest Barrett Suite, to further support surgeons in achieving exceptional results for their patients.”

IOLMaster 700, when integrated into the toric IOL workflow of Zeiss Cataract Suite markerless, can further help surgeons achieve precision in the OR. Studies have shown that up to 99% of patients achieved postoperative refractive cylinder within +/- 0.50D.6 A reference image acquired by Zeiss IOLMaster during routine biometry is the starting point for achieving precise markerless toric IOL alignment in the OR. The image of the eye is taken automatically in case of astigmatism along with the keratometry measurement – all with one device. Both the reference image and keratometry data are transferred to Callisto eye, the computer-assisted cataract surgery system from Zeiss. During surgery, the reference image is used for intraoperative matching with the live eye image, and data needed to assist surgeons in precise5 toric IOL alignment is injected into the eyepiece of the Zeiss OPMI LUMERA surgical microscope.

“Our focus at Zeiss is to provide doctors with superior solutions to achieve the best possible outcomes for their patients” Dr. Ludwin Monz, President and CEO of Carl Zeiss Meditec, said in the news release. “Cataract surgeons need solutions with the highest precision for superior clinical outcomes, but also need solutions that provide high efficiency for improved workflow. We are excited to partner with Dr. Barrett on integrating his leading formulas into a solution that helps surgeons easily and conveniently achieve superior refractive outcomes for their patients.”

ZEISS IOLMaster 700 Swept Source Biometry with the Barrett Suite is available in all major markets, including the United States, in May 2017.


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