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TOMEY
AL-3000
The A-Scan Tomey AL 3000 With touch screen control, automatic tone-assisted measurement & visual graphic displays, acquisition and evaluation of axial length measurements are almost effortless. Measuring modes include Normal, Dense Cataract, Aphakic & Pseudophakic of Silicone, Acrylic, PMMA & other IOLs. The Tomey AL 3000 can be used in either contact or immersion mode & measurements can be taken automatically or manually. The A-Scan Tomey AL 3000 IOL power is calculated automatically after entering the corneal curvature data & the desired postoperative refraction. The most popular formula are provided: SRK II, Holladay & the new Haigis formula with a special algorithm for accurate IOL calculation for high myopes & high hyperopes.
ZEISS OPMI LUMERA 700 / RESIGHT 700 / CALLISTO eye
Carl Zeiss
OPMI LUMERA 700 + RESIGHT 700 + Callisto Eye Navigation Monitor
ZEISS OPMI LUMERA 700 / RESIGHT 700 / CALLISTO eye Integrated System is a premium, all-in-one ophthalmic surgical package designed to deliver ultimate precision, efficiency, and advanced workflow for both cataract and vitreoretinal surgeries. This fully integrated system seamlessly connects anterior and posterior segment visualization with real-time digital navigation.
Heidelberg SPECTRALIS (with SHIFT, 55° Widefield & OCTA)
Heidelberg Engineering GmbH
OCT SHIFT
The Heidelberg Engineering SPECTRALIS with SHIFT Technology (2023 Model) represents the absolute pinnacle of Spectral-Domain Optical Coherence Tomography (SD-OCT) and Confocal Scanning Laser Ophthalmoscopy (cSLO) integration. Widely regarded by vitreoretinal specialists globally as the definitive research-grade platform, the 2023 SHIFT edition introduces a switchable A-scan rate (up to 125 kHz) to drastically shorten examination times while maintaining the industry's highest signal-to-noise ratio. Configured with the premium 55° Widefield Lens and the advanced non-invasive OCT Angiography (OCTA) module, this specific package expands the diagnostic window from central macular profiling into high-definition peripheral micro-vascular staging.
ZEISS CIRRUS HD-OCT 5000 with Angiography option
Carl Zeiss
Cirrus 5000 HD-OCT
The ZEISS CIRRUS HD-OCT Model 5000 represents the premium, flagship platform in Spectral-Domain Optical Coherence Tomography (SD-OCT). Engineered to reconstruct full-length 3-D micrometer-scale cross-sections of the retina and optic nerve, it stands as the absolute foundational system for diagnosing and tracking macular edema, Age-related Macular Degeneration (AMD), Diabetic Retinopathy, and early-stage glaucoma. Backed by ZEISS's proprietary normative databases, it converts dense tissue data into crisp, highly quantifiable diagnostic charts.
Optos, Inc. (Nikon)
Optos Daytona
The Optos Daytona is the industry-defining, desktop ultra-widefield (UWF™) scanning laser ophthalmoscope. It completely reinvents legacy fundus photography by scaling the captured field of view from a restrictive 45-degree central patch up to an astonishing 200 degrees (covering approximately 82% of the total retinal surface) in a single, non-mydriatic exposure lasting under 0.4 seconds. Widely adopted as the primary screening workhorse in premier eye clinics worldwide, Daytona captures peripheral retinal tears, diabetic proliferative changes, and vascular occlusions that standard cameras routinely miss, stabilizing clinical safety and modernizing diagnostic volume. The Optos Daytona (Optomap Plus Package) elevates the standard ultra-widefield 200° scanning laser ophthalmoscope (SLO) into an advanced clinical diagnostic station. By embedding the premium "Optomap Plus" high-tier licensing and software suite, this system expands upon the baseline screening workflow.
Swept-Source OCT (SS-OCT) optical biometer
Alcon
Argos
The Alcon ARGOS is a state-of-the-art Swept-Source OCT (SS-OCT) optical biometer explicitly designed to revolutionize preoperative planning for cataract surgery. Manufactured through cutting-edge technology, ARGOS delivers unmatched longitudinal tracking and an elite data acquisition rate even on highly advanced, mature cataracts (Grade 4+) that traditionally defeat standard optical biometers. Serving as the informational backbone of the Alcon Vision Suite, it links diagnostic clinic rooms directly to the operating theater (OR) via native image-guidance software. • Exceptional 1060nm SS-OCT Penetration • Utilizes a highly linear 1060nm wavelength laser that boasts 100x greater sensitivity over traditional light-based perimetry.
TOMEY
UD-800
The Tomey UD-800 is a state-of-the-art, modular ophthalmic ultrasound station that integrates high-resolution B-scan, precision A-scan biometry, pachymetry, and UBM into a single, compact console. Designed as the evolution of the legacy UD-6000, it solves the most critical limitations of optical testing in eyes with mature cataracts, dense vitreous hemorrhages, or severe corneal opacities. By adapting up to five interchangeable probes, the UD-800 offers unparalleled flexibility, enabling clinics to construct a future-proof diagnostic line matching their exact clinical volume.
Carl Zeiss
HFAⅢ840
The ZEISS HFA3 Model 840 represents the core premium platform of the current generation Humphrey Field Analyzer—the absolute global gold standard for automated static perimetry in glaucoma management. Engineered to completely overhaul the legacy clinical workflow of previous generations, Model 840 combines world-renowned algorithmic data tracking with revolutionary short-pulse strategies and completely automated pupil-seeking mechanics. It scales up your practice's daily testing throughput to unprecedented levels while safeguarding gold-standard longitudinal Guided Progression Analysis (GPA).
ZEISS SL 130 with Inami Sliding Table K-1700
Carl Zeiss
SL-130 + Inami Sliding table K-1700
This premium outpatient configuration integrates the internationally acclaimed ZEISS SL 130 premium slit lamp onto the heavy-duty Inami K-1700 Sliding Motorized Optical Table. Crafted by Inami, a premier name in Japanese ophthalmic furniture, this setup allows for effortless lateral sliding and motorized vertical adjustments. It creates a seamless diagnostic station that enhances physician efficiency, ensures absolute platform stability, and maximizes patient comfort during dense outpatient schedules.
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