CSO MS-39

Is the most advanced device for the analysis of the anterior segment of the eye. MS-39 combines Placido disk corneal topography, with high resolution OCT-based anterior segment tomography. The clarity of the cross-sectional images, with a 16 mm diameter, along with the many details of the cornea structure and layers revealed by the MS-39, will be appreciated by anterior segment specialists. MS-39 provides information on pachymetry, elevation, curvature and dioptric power of both corneal sufaces.

In addition to anterior segment clinical diagnostics, MS-39 can be used in corneal surgery for refractive surgery planning. An IOL calculation module is also available, based on Ray-Tracing techniques, Additional tools allow MS-39 to perform accurate pupil diameter measuremets and the advanced analysis of tear film.

Key Features

High-Resolution Corneal Imaging: Delivers exceptional sharpness in cross-sectional images across 16mm diameter, revealing detailed corneal layer structure and providing comprehensive pachymetry, elevation, curvature, and power information for both anterior and posterior corneal surfaces with clarity appreciated by corneal specialists.
Advanced Epithelial & Stromal Mapping: Provides separate measurement and mapping of epithelial and stromal layers, addressing the epithelial masking effect that can obscure underlying corneal abnormalities, enabling clinicians to assess subtle surface irregularities and stromal changes critical for accurate diagnosis and surgical decision-making.
Comprehensive Corneal Aberrometry: Offers complete aberrometric analysis with selectable contribution from anterior, posterior, or total cornea across multiple pupil diameters, presenting OPD/WFE maps and visual quality simulations (PSF, MTF, image convolution) to help clinicians understand and explain patients’ visual symptoms and optical performance.
Integrated Keratoconus Screening: Provides essential ectasia detection analysis delivering important diagnostic information about corneal stability, helping clinicians identify at-risk patients and prevent complications associated with corneal ectasia before undertaking refractive or other corneal surgical procedures.
Crystalline Lens Biometry: Features dedicated acquisition mode for precise measurement of crystalline lens thickness, anterior chamber depth (lens-to-cornea distance), and lens equator dimensions, enabling more accurate effective lens position (ELD) determination to refine intraocular lens power calculations for superior cataract surgery outcomes.

Request a Quote

Categories: Diagnostic Equipment, Topographers Brand: CSO Italia

Description

Description

CORNEAL SECTION

The sharpness of the high-resolution section images on a diameter of 16 mm, together with the many details of the structure and the cornea layers brought to light by the instrument, are the most extraordinary features and appreciated by the specialists of the anterior segment (corneal and epithelial) . The device provides pachymetry, elevation, curvature and power information for both corneal surfaces.

EPITHELIAL AND STROMAL MAP

MS-39 includes the advanced measurement of the epithelial and stromal layer. The epithelial masking effect is known, so knowledge of its morphology is very useful assess abnormalities of the corneal surface.

CORNEAL ABERROMETRY

Aberrometric analysis offers a complete overview of the corneal aberrations. It is possible to select the contribution of the anterior, posterior or total cornea for different pupil diameters. The OPD/WFE maps and the visual simulations (PSF, MTF, image convolution) can help the clinicain in understanding or explaining the patient’s visual problems.

KERATOCONOUS SCREENING

Keratoconous screening provides the clinician with important information about the patinets cornea. Understanding this can help prevent complications associated with ectasia before corneal surgery is undertaken.

CRYSTALLINE BIOMETRY

In order to more accurately determine the ELED, and consequently to reﬁne the intra-ocular lens calculation, MS-39 provides an acquisition mode to measure the crystalline lens thickness, its distance from the cornea and its equator.