Related Items
advanced ophthalmic surgical microscope + advanced digital surgical planning and guidance platform
Alcon
LuxOR® Revalia LX3 + VERION
The Alcon LuxOR® Revalia™ is an advanced ophthalmic surgical microscope used by surgeons for delicate eye procedures, particularly cataract surgery. It is designed to maximize visual control, operating room efficiency, and surgeon ergonomics by providing a significantly larger depth of focus and a highly stable red reflex compared to standard analog microscopes. The Alcon VERION Image Guided System is an advanced digital surgical planning and guidance platform used by ophthalmologists primarily during cataract surgery. It creates a precise digital "fingerprint" of the patient's eye to enhance surgical accuracy and improve visual outcomes, particularly for astigmatism management and intraocular lens (IOL) placement.
Color RG,af,fa,icg, 200° ultra-widefield retinal image
Optos, Inc. (Nikon)
California
California was developed for medical imaging and is a standard for retinal screening programs. California is available in multiple configurations and multiple imaging modality options. California produces a 200°, single capture retinal image of unrivaled clarity in less than ½ second and is changing the management of diseases including Geographic Atrophy, DR, AMD, and Uveitis.
Green, Red,Yellow, Argon laser system
LUMENIS
Novus Varia
The Lumenis Novus Varia is a versatile, air-cooled, multicolored photocoagulator designed for retinal surgery, targeting chromophores like melanin and hemoglobin. It typically features 532nm green, 561nm yellow, and 659nm red wavelengths for customized treatment. It is used for diabetic retinopathy, vascular occlusions, and peripheral retina pathology.
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.
Phaco + Laser + additional lights
Bausch & Lomb, Inc
Stellaris PC+(532) Novus Spectra
The Stellaris PC platform provides a high-performance, feature-rich, combined experience that leverages Bausch + Lomb’s legacy of vitreoretinal surgical innovation with the demonstrated excellence of the Stellaris phacoemulsification platform. The Stellaris PC allows surgeons to have true “procedural choice” by providing the most advanced technology for both vitreoretinal and cataract surgery in a single system.
NIDEK
GYC-500
The GYC-500 ensures stable laser output by using a solid state laser. Two cooling fans in the console maintain the correct internal temperature. Stable and reliable green laser Lightweight and compact design Combination with YAG and SLT Multiple scan patterns Auto forward Wide range of selectable delivery units
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.
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