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Unused LED Lights for Microincision Vitreoretinal Surgery
DORC
LEDstar
Advances in Endoillumination for Microincision Vitreoretinal Surgery With the evolution of minimally invasive small-gauge vitrectomy, higher light intensity illumination sources became necessary, both to compensate for the reduced transmission through smaller gauge instruments and for broader diffusion of light associated with chandelier-type illumination. More powerful illumination options include metal halide, xenon, mercury vapor and light-emitting diode (LED) technology. Light sources can cause retinal photochemical toxicity and vision loss; on the other hand, they must deliver sufficient light for optimal tissue visualization. Therefore, safety and intensity are central considerations in determining the optimal light source device for endoillumination in vitreoretinal surgery.
TAKARA BELMONT
MEPRO3
This is an operating table designed specifically for ophthalmology. It is an electrically operated reclining chair. This means that it can be electrically reclined from a seated position into a supine position (surgical position), making it extremely easy to get on and off the bed. It can also be electrically raised from the surgical position back into a sitting position after surgery is completed. ■The Mepro ophthalmic operating table provides a comfortable surgical environment for all involved in surgery. ■A space-saving chair-type operating table that contributes to efficient use of the operating room. ■As it is a chair-type, it gently supports the transition from patient placement to the operating position. ■A more stable position keeps the doctor in the correct operating position.
TOMEY
UD-6000
The UD-6000 combines all the applications of modern ultrasound diagnostics used in ophthalmology: - The latest generation high resolution A/B-sector scanner. - A diagnostic A-mode with an optional probe. - A sophisticated Biometry system. 20 MHZ PROBE 40 MHZ PROBE UBM Due to the probes higher frequency, you can visualize even the finest details of the anterior segment of the eye.
Electrophysiological test: Electroretinogram (ERG)
TOMEY
LE-100
This test electrically tests whether the retina is functioning properly. It is primarily useful in cases of vitreous hemorrhage or advanced cataracts. It measures retinal function in eyes where the fundus cannot be visualized. It is also used to diagnose conditions such as retinitis pigmentosa.
Electrophysiological test: Electroretinogram (ERG)
TOMEY
LE-100
This test electrically tests whether the retina is functioning properly. It is primarily useful in cases of vitreous hemorrhage or advanced cataracts. It measures retinal function in eyes where the fundus cannot be visualized. It is also used to diagnose conditions such as retinitis pigmentosa.
Carl Zeiss
OPMI LUMERA S7
The Zeiss OPMI LUMERA S7 features more clarity, contrast, and stability than previous models. The LUMERA S7 allows you to see intricacies of the ocular anatomy that you have never seen before with the help of Stereo Coaxial Illumination (SCI). The contours appear razor-sharp. This microscope allows you to easily recognize different structures and fluidics, even with dense cataracts. The LUMERA S7 has the ability to equip a stereo co-observation tube allowing a second person to see the surgical field at the same magnification level.
Optos, Inc. (Nikon)
Optos Daytona
The Optos Daytona is an ultra-widefield (UWF) retinal imaging device from Optos that captures a single, non-contact image of the retina, seeing up to 82% of it in one capture. It uses flashes of green and red laser light and can produce color composite, green laser, and red laser views, along with green laser autofluorescence (AF) images. The device is used to detect signs of retinal disease earlier and more effectively, works without pupil dilation, and helps with patient flow and management.
Carl Zeiss
SL130
The pre-owned Zeiss SL 130 is the instrument of choice for eye care professionals requiring a slit lamp with premium optical quality and high-precision engineering to perform the complete range of eye care procedures.
Ultra-widefield (UWF) Imaging System
Carl Zeiss
CLARUS 500
The ZEISS CLARUS 500 is not just any retinal camera; it represents the pinnacle of imaging technology in ophthalmology. It captures detailed images of the retina with ultra-widefield imaging technology. It covers a 133-degree area in one shot. It is important to have a wide view because it includes the outer edges of the retina. Signs of diseases may show up first in these areas. Comparison with Other Fundus Cameras The CLARUS 500 provides ultra-widefield imaging. It captures a comprehensive picture of the retinal area in one image. This is unlike typical fundus camera
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