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This model is a real breakthrough in OCT diagnostics. Visualization of the structure of the eye zone at a depth of up to three millimeters is possible thanks to SweptSource technology, this is one of the best machines for optics in Tashkent.
This model is a real breakthrough in OCT diagnostics. Visualization of the structure of the eye zone at a depth of up to three millimeters is possible thanks to SweptSource technology, this is one of the best machines for optics in Tashkent.
B-scan. The large informative content of the images contributes to improving the efficiency and quality of diagnostics.
The high penetrating power of light from a frequency-modulated source provides a simple and clear visualization of such deep layers of the eye as the choroid and sclera. Another advantage of a frequency-modulated source is the ability to visualize the vitreous body and the vascular membrane equally clearly and without interference in one scan. Due to this, there is no need to waste time on separate scans of the vitreous and vascular membrane
This is the best eye equipment in Uzbekistan in its segment in terms of quality and cost. The coherent tomograph 3D OCT-1 Maestro operates in automatic mode and has the Angio-OST function.
This is the best eye equipment in Uzbekistan in its segment in terms of quality and cost. The coherent tomograph 3D OCT-1 Maestro operates in automatic mode and has the Angio-OST function.
To obtain the best results, each formula for calculating the strength of the IOL requires the most accurate information about the axial length and radius of the cornea. Interferometry is considered the gold standard in obtaining accurate measurements of axial length. This proven technology is also built into ALADDIN; thanks to the unique design of the device, even an extensive catracta is not an obstacle for it. Topcon introduces the new RCR (Real Corneal Radius) technology, which allows the ALADDIN biometer to analyze approximately 1000 points in the central three-millimeter section of the cornea and obtain the same reliable measurements of the corneal radius as when using any Topcon autoceratorefractometer. This ensures unsurpassed accuracy in determining the spherical force of the IOL.
Effective reports
Endpoint management (option)
Endpoint control is a method of precise control of laser energy relative to the titration level. This is especially important for treatment at low energies. Endpoint management begins with titrating the laser power to a barely visible burn, then the doctor selects the percentage of this energy to be delivered to the treatment sites. Endpoint control can be used for both 532 nm and 577 nm laser wavelengths.
The “endpoint” approach to laser therapy allows the doctor to constantly work therapeutically towards invisible methods of treatment. When burns are not visible, the biggest risk is the lack of therapeutic effect.
Ophthalmology in Tashkent is also for children. Pediatric autorefractometer V100 has the following advantages:
– pleasant sounds for children’s hearing;
– the rotary screen provides convenient measurement of sight;
– you do not need to have special knowledge;
– automated screening allows you to get understandable, objective and detailed results;
– can be comfortably used for screening;
– the device is equipped with Wi-Fi technology;
– results are issued in the shortest possible time.
OCULUS Smartfield is a modern automated perimeter engineered for precise and efficient visual field diagnostics, particularly in glaucoma and neuro-ophthalmic cases. Its combination of advanced testing strategies, ergonomic design, and compact size makes it ideal for both clinical and portable use.
Functional characteristics
Chin Travel Range:
vertical 70mm
horizontal 90mm
Commit Method:
automatic control with two options.
method of available space, method of eye tracking.
in both methods, errors must be immediately declared a visual and audible warning.
standard video camera should provide visual examination of patient’s eye for additional monitoring
Functional characteristics
Chin Travel Range:
vertical 70mm
horizontal 90mm
Commit Method:
automatic control with two options.
method of available space, method of eye tracking.
in both methods, errors must be immediately declared a visual and audible warning.
standard video camera should provide visual examination of patient’s eye for additional monitoring
Oculus Easyfield Perimeter Easyfield is a compact perimeter for static perimeter in the central field of view (up to 30 °). The built-in sphere with a radius of 30 cm and a lens adjusted for distance comply with the Goldman standard and international standards for standardization for perimeters.
OCULUS Twinfield® 3 is the latest addition to the renowned line of high-quality bowl perimeters from OCULUS, setting new standards for visual field examinations. Whether managing glaucoma, clarifying neurological disorders, or preparing an expert opinion, the Twinfield® 3 offers reliable solutions for all these challenges.
Technical specifications
• Perimeter sphere radius 30 cm
• Field of view angle 36 °/70 °
• Stimulus parameters Goldmann Standard
• Goldmann III stimulus size
• Stimulus brightness 0.1-318 Cd/m1
• Increase in stimulus brightness 0.1 log step
• Measurement speed Adaptive/fast/normal/slow
• Duration of stimuli 0.2 s, 0.5 s, 0.8 s, arbitrary
• Interval between stimuli 0.6 s, 0.9 s, arbitrary
• Stimulus color White/Blue
• Color perimeter Blue incentives on a yellow background
• Background brightness 10 Cd/m (32 asb)
• Control of CCD camera fixation, by means of central threshold, Heijl-Krakau
• Static Perimeter Classic, Threshold, Fast Threshold, Over Threshold, CLIP Strategy
• Kinetic perimetry Automatic 4 isopters on arbitrary meridian, sector and at arbitrary speed
• SPARK Innovative program for fast (3 minutes) and high-precision early-stage diagnosis of glaucoma
• TNT Innovative Disease Progression Analysis Program
• Patient accommodation Adjustable chin, supporting cone
• Weight 13 kg
• USB interface.
