Medmont M700 – Excellence in automated perimetry
The Medmont M700 is a state-of-the-art visual diagnostic instrument designed to provide accurate and rapid visual field assessment. With over 30 years of innovation in perimetry, the M700 combines reliability, efficiency and ergonomics to meet the needs of ophthalmology and optometry practitioners.
This automated perimeter stands out for its ability to cover a wide visual field of up to 80°, allowing the exploration of peripheral defects often overlooked by centred tests. With an increased density of concentric test points towards the fovea, the M700 ensures fine detection of sensitivity loss, particularly in the macular and arcuate regions.
One of the major advantages of the M700 is its rapid testing strategy. Using predictive algorithms, it is capable of performing a central field test in just three minutes per eye, while maintaining optimal accuracy. This speed significantly improves patient comfort and practice productivity.
The M700 offers a comprehensive range of specialised tests, including an international standard binocular driving test, a diplopia test for double vision analysis, and a flicker test for early detection of visual field loss. These tests are accompanied by in-depth analysis including overall defect indices, pattern defect indices and cluster analysis, which are particularly useful in glaucoma monitoring.
The M700's user interface is designed to be intuitive, even for users with no computer experience. Running on Microsoft Windows™, it allows for smooth navigation between results, test settings and patient data. In addition, integration with Medmont Studio facilitates medical record management, synchronisation with other Medmont equipment and access to data on a shared network.
Patient comfort is also at the heart of the M700's design. Its open, ergonomic structure eliminates the claustrophobic feeling often associated with tank perimeters, promoting more reliable results.
The M700 is built to last. Its electronic stimulation unit with no moving parts reduces maintenance requirements, and its compatibility with current IT standards ensures long-term integration into any clinical environment.
