Optopol REVO NX 130 OCT
Optopol REVO NX 130 OCT
Optopol REVO NX 130 OCT
Optopol REVO NX 130 OCT
Optopol REVO NX 130 OCT
Optopol REVO NX 130 OCT

Optopol REVO NX 130 Spectral-Domain OCT

SGD 0.00

Incredibly simple. Blazingly fast.

Designed by the Optopol engineering team behind the world’s first commercially available Spectral Domain OCT, the REVO NX 130 combines advanced imaging technology with streamlined operation for comprehensive posterior and anterior segment assessment.

The REVO NX 130 goes beyond standard OCT imaging with full functionality scanning from the retina to the cornea in a single platform. Combining multiple diagnostic capabilities into one device, it enables clinicians to measure, quantify, calculate, and track ocular changes over time with exceptional precision and efficiency.

Incredibly simple. Blazingly fast.

Designed by the Optopol engineering team behind the world’s first commercially available Spectral Domain OCT, the REVO NX 130 combines advanced imaging technology with streamlined operation for comprehensive posterior and anterior segment assessment.

The REVO NX 130 goes beyond standard OCT imaging with full functionality scanning from the retina to the cornea in a single platform. Combining multiple diagnostic capabilities into one device, it enables clinicians to measure, quantify, calculate, and track ocular changes over time with exceptional precision and efficiency.

Optional Software Modules

  • Provides a non-invasive alternative for visualizing retinal microvasculature. Enables clinicians to observe, compare, and track vascular changes in both eyes over time.

  • Generates detailed corneal curvature maps including anterior surface, posterior surface, and corneal thickness data. T-OCT™ pairs effectively with the B-OCT® module for IOL surgery planning.

  • B-OCT® provides a complete set of ocular measurements including axial length, central corneal thickness, anterior chamber depth, lens thickness, pupil size, and white-to-white measurements.

  • Integrated IOL formulas support implant parameter calculations and compatibility with the latest IOLCon.org database standards for up-to-date lens libraries.

 

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