Biometer IOLMASTER 700

The Zeiss IOLMaster 700 Biomètre - Central Topography

This feature provides crucial information about the shape of the central cornea right from the beginning of the process, thereby enhancing the calculation of intraocular lens implants and patient consultation.

The OCT Swept Source technology of the Zeiss IOLMaster 700 offers an extensive visualization across the entire OCT longitudinal section, allowing for a thorough examination of the measured ocular structure. With Total Keratometry, direct measurement of the posterior corneal surface becomes possible using Swept Source OCT coupled with Telecentric Keratometry.

Fixation control is strengthened to increase the ophthalmologist's confidence in the performed biometry. The biomètre can detect the foveolar depression, thus minimizing the risk of refractive errors resulting from undetected faulty ocular fixation.

The longitudinal OCT scan from the cornea to the macula provides early detection of abnormal ocular geometries, such as lens decentration. This approach eliminates the complexity of interpreting scan lines (A-scans).

Simplifying the workflow in cataract surgery, the Zeiss IOLMaster 700 ensures comprehensive monitoring, from biometric examination to surgical planning, with a penetration rate exceeding 99%. Connectivity with the Zeiss EQ Workplace® software offers convenient data management, from calculating implants to collecting postoperative data.

The Zeiss EQ Mobile® application provides the flexibility to access biometric data on an iPhone or iPad anytime, anywhere. With a clinical study demonstrating a penetration rate exceeding 99%, the Zeiss IOLMaster 700 offers exceptional macular visualization, ocular geometry, and connectivity, leading to significant time savings in the preoperative phase.

The integrated fixation control can help identify macular pathologies, although the biomètre is not intended for in-depth diagnostics. For high-volume practices, a preoperative diagnosis may be necessary.

• Measuring range :
• Axial length: 14 - 38 mm
• Corneal radii: 5 - 11 mm
• Anterior chamber depth: 0.7 - 8 mm
• Lens thickness: 1 - 10 mm (phakic eye), 0.13 - 2.5 mm (pseudophakic eye)
• Central corneal thickness: 0.2 - 1.2 mm
• White to white of eye: 8 - 16 mm
• Mains voltage: 100 - 240 V ± 10% (automatic detection)
• Line frequency: 50 - 60 Hz
• Power consumption: 150 VA max