Tomey Casia 2, SS-1000 Cornea/Anterior Segment OCT

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Cornea/Anterior Segment OCT

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Product Description

Tomey Casia 2, SS-1000 Cornea/Anterior Segment OCT

* Fourier Domain OCT
* Hight resolution images of the arbitrary area at high speed
* Less motion artifacts with fast acquisition

* Fulfillment of the useful application and utility software
– Measurement of corneal curvature
– Anterior chamber angle analysis
– Bleb segment analysis
– Measurement of corneal thickness and anterior chamber depth

* Auto alignment/Auto shot
* Corneal shape analysis

The time for capture an image has been reduced by introducing the Swept system for measurement which is one of the Fourier Domain systems. Since a three-dimensional data can be captured only within 0.3 – 2.4 seconds, the motion artifact due to eye movement and/or faulty fixing of the eye can be minimized.
Since the Cornea/Anterior Segment OCTdoes not make contact with the eye, images of the immediately after a surgery can also be captured. In addition, the Cornea/Anterior Segment OCT allows you to obtain the data of the anterior segment of the with corneal opacity which is difficult to be observed with the slit lamp, etc.
The light source is of the wavelength of 1310 nm which penetrates the tissue deeper to capture fine images of angle recess with the axial resolution of 10 m or less, wich cannot be displayed by displayed by the OCT that employs the wavelength of approximately 840 nm used for the retina. The wide scanning range of 16 nm allows you to observe the area from the angle on the ear side to that on the nose side at once.
The captured data can be analyzed with various applications to quantify the data Since the three-dimensional data can be captured by simple operations, even a new operatorcan capture images and perform necessary analysis as many times as
needed.

Casia provides high-resolution imagesfor wide variety of clinical situations

Blen Segment (after trabeculectomy)
A water grap is shown in black. Since Casia does not touch the eye, an image
immediately after the surgery can be captured.
Visible Irregularities
Protrusions can be recognized on the front and back surface of the cornea.
Gonioscopic view (simulated gonioscope image)
A three-dimensional image of the gonioscope can be displayed as an animation that simulates an image observed by the goniolens.
In addition, the display angle and size can be changed as desired.
This display method is only available with Casia that can obtain three-dimensional data.
Corneal shape analysis
Map type

  • Axial (anterior, posterior, real)
  • Instantaneous (anterior, posterior, real)
  • Refractive (anterior)
  • Elevation (anterior, posterior)
  • Pachymetry
  • And more

Variety of analytical functions quantifies various data

Narrow Angle
This image shows that the angles are closed. Since three-dimensional image is captured,
the gonioscopic data of 360º can be obtained.

Anterior chamber angle analysis

Lasik eye
The flap of Lasik is shown. Since Casia does not touch the eye, an image immediately
after the surgery can be captured.

Flap Thickness

Measuring Mode
3D Mode
Anterior segment (Standard) Scan direction Radial Scan – 128 images
Scan resolution 512 lines A scan per image sampling
Scan speed 2.4 sec
Scan range (cross-section) 16mm
Angle analysis Scan direction Radial scan – 128 images
Scan resolution 512 lines A scan per image sampling
Scan speed 2.4 seg
Scan range (Cross-section) 16mm
Angle HD Scan direction Raster scan Horiz/Vert – 64 images
Scan resolution 512 lines A scan per image sampling
Scan speed 1.2 seg
Scan range (Cross-section) 8mm X 4mm
Bleb Scan direction Raster Scan Horiz/Vert – 256 images
Scan resolution 256 lines A scan per image sampling
Scan speed 2.4 seg
Scan range (Cross-section) 8mm X 8mm / 12mm X 12mm
Corneal Map Scan direction Radial scan – 16 images
Scan resolution 512 lines A scan per image sampling
Scan speed 0.3 sec
Scan range(Cross-section) 10mm
2D Mode
Anterior Segment (Standard) Scan resolution 2048 lines A scan per image sampling
Scan range (Cross-section) 16mm X 16mm
Angle analysis Scan resolution 2048 lines A scan per image sampling
Scan range (Cross-section) 16mm X 16mm
Angle HD Scan resolution 2048 lines A scan per image sampling
Scan range (Cross-section) 8mm X 8mm
Movie mode
Anterior segment (Standard) Scan resolution 512 lines A scan per image sampling
Scan range (Cross-section) 16mm X 16mm
Angle analysis Scan resolution 512 lines A scan per image sampling
Scan range (Cross-section) 16mm X 16mm
Angle HD Scan resolution 512 lines A scan per image sampling
Scan range (Cross-section) 8mm X 8mm

Custom scan

The scanning type can be customized

Specifications
Measuring unit
Resolution
Axial (Depth)
10 m or less (in tissue)
Transverse
30 m or less (in tissue)
Scan speed
30,000 A scans / second

Scan range
Depth
6mm
Transverse
Raster Scan – 16mm X 16mm
radial Scan – 16mm
Stroke of moving section
88mm (X axis); 40mm (Y axis); 45mm (Z axis)
Stroke of chin rest
70mm
Dimension and weight
360mm (W) X 493mm (D) X 519mm (H) Approx. 21.0Kg

Light-source unit
Type of liht source
Swept source Laser
Wavelength
1310nm
Output power
Less than 5mW
Dimension and weight
487mm (W) X 269mm (D) X 194mm (H) Approx. 15.0Kg

Power souerce
Voltage
100V AC – 240 V AC
Frequency
50/60Hz
Power consumption
120VA – 160 VA
Type of protection against electric shock
Class I
Degree of protection against electric shock
Type B

Workstation computer
OS
Windows XP / Windows 7
CPU
Intel Core2 Duo processor or higher
Memory
4G Bytes
HDD
750 GB and over x 2 (RAID Level 1)
Data output
Printer (LAN/USB)
Display
17 inch color TFT display

Weight 1 lbs
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