TA517 - Anterior Segment Analyzer - MediWorks Ophthalmic

Scansys TA517
Anterior Segment Analyzer
Scansys analyzer provides a professional solution for anterior segment diagnosis. The device applies Scheimpflug camera which can collect 107520/230400 data points and generates 28/60 cornea tomography images in high resolution. Scansys can provide a series of topography maps including cornea curvature maps, cornea thickness maps, cornea elevation maps, etc. It provides good assistance to clinicians in anterior segment diagnosis.

AI Keratoconus Diagnosis
This section introduces AI algorithms to more intelligently determine the possibility of cone disease (KCP).

IOL Optimization
Specially designed for the “IOL Optimization”of refractive cataract surgery. It supports clinicians in ICL surgery and optimization of Toric IOL, Aspheric IOL and Multifocal IOL for patients.

ICL Surgery Examination
Scansys supports in any Angle to collect a high- definition picture, to provide effective data support for ICL surgery.

Aberration Analysis
The aberrations of the total corneal optical system can be quantified by the Zernike polynomial, used to evaluate the effect of cataract surgery on the visual quality, and guide the personalized refractive surgery. Ensure that the patients can get the best visual quality after surgery.

Functions:
Basic

28 Cornea Tomography Images
Keratometric Power Deviation
True Net Refractive Power
Total Cornea Power

Refractive Power（Front）
Cornea Elevation Maps
2D/3D Data Collection

Anterior Chamber Depth
Cornea Thickness Maps
Cornea Curvature Maps

Refractive 4 Maps
Chamber Angle Analysis
Form Factor

AI Keratoconus Diagnosis
Aberration Analysis
Lens Density Analysis

Refractive Power Distribution
Pachymetric Distribution
Lens Fitting

Professional

60 Cornea Tomography Images

IOL Calculation
IOL Optimization

(Including basic functions)

Clinical services
AI Keratoconus Diagnosis

Scansys clinically collects a large amount of data from all over the world and introduces AI algorithms to more intelligently determine the possibility of cone disease (KCP) in the current case.（Reference value：KCP, range 0% -100%）The above figure contains the topographic map of Refractive 4 Maps, and the axial curvature map of the rear surface, and the trend distribution of the thickness map is also given. These are the key references for judging the keratoconus.

IOL Optimization

Specially designed for the “IOL Optimization”of refractive cataract surgery. Given the K1, K2, Km, and Astig values of the three types of corneal refractive power (Simk, total corneal power, true net refractive power), and Kappa&Alpha angle, respectively. It also provides professional data of the total corneal astigmatism aberration, total corneal spherical aberration and the total corneal irregular astigmatism，and analysis support for solving spherical refractive errors, astigmatism, spherical aberration, and presbyopia in cataract surgery.

Aberration Analysis

This view is a Zernike analysis of the measured corneal front，back and all surface height data, which
calculates a factor for each Zernike polynomial term that describes the contribution of this polynomial
to the height data.To guide the visual quality analysis of refractive surgery.

Lens Fitting Analysis

Based on the topography maps generated by Scansys, the system can recommend several lenses suitable for patient's cornea and simulate the images of patient's wearing lenses with fluorescein observed by slit lamps. This will accelerate the work flow of lens fitting and save the trouble for patient to accept real fluorescein during lens fitting.

Chamber Angle Analysis

Scansys can calculate a chamber angle value based on the tomography images and its exclusive AOD graph gives a trend analysis for the distance between cornea back surface to iris. It also provides cornea volume, anterior chamber volume and anterior chamber depth calculation. These analyses is helpful to glaucoma diagnosis.

Lens Density Analysis

Scansys calculates the lens density value for cross section and longitudinal section which is helpful in cataract diagnosis.

Technical Specification

Camera

Digital infrared camera + Scheimpflug digital CCD camera

Light Source

LED slit

Scanning Speed

28 images within 1 second/ 60 images within 2 second/ single image

Data Points

107520/230400

Work distance

80 mm

Corneal topography

9mm/12mm

Corneal thickness

300-900μm

Anterior chamber depth

0.8-6 mm

Diopter

12-72 D

White to white

6-14 mm

Pupil diameter

1-10 mm

Anterior chamber volume

15-300 mm3

Chamber angle

16-60 °

Kappa/Alpha

R(0-3mm) θ(0-360°)

Work Range

Front and back

115 mm

Left and right

100 mm

Up and down

30 mm

Power Supply

Input voltage

220v/110v±10%

Input frequency

50Hz/60Hz

Power consumption

2.4 W

Weight and Size

Device dimension

505*345*460 mm

Device weight

12 KG

Package dimension

660*570*700 mm

Package weigh

25 KG

System Specifications

PC configuration

i5-8500T 8G 1T+128G 2Gdiscrete graphics

Display

1920×1080 23.8inch

PC system

Windows 10

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