Technology – Advanced Eye Care

Non-contact tonometer whose totally automated operation results in error-free ocular pressure measurements

This is used to evaluate the health of the back of your eye, the retina. The digital camera snaps a high-resolution digital picture of your retina. This picture clearly shows the health of your eyes and is used as a baseline to track any changes in your eyes in future eye examinations.

The ZEISS Cirrus HD-OCT 4000 (Cirrus HD-OCT or Cirrus) enable examination of the posterior and anterior of the eye at an extremely fine spatial scale, without surgical biopsy or even any contact with the eye. The Cirrus HD-OCT builds on and refines the retinal imaging technology first introduced with the ZEISS Stratus OCT™. HD-OCT stands for "high-definition optical coherence tomography." Employing the advanced imaging technology of spectral domain optical coherence tomography, Cirrus HD-OCT acquires OCT data about 70 times faster (27,000 vs. 400 A-scans per second) and with better resolution (5 μm vs. ~10 μm axial resolution in tissue), compared to first-generation OCT technology. Cirrus acquires whole cubes of OCT image data, composed of hundreds of line scans, in about the same time as Stratus acquires a six-line scan. You can view these data cubes in three planes, or through three dimensions, giving you access to an extensive amount of retinal image data in one scan. Intended Use The Cirrus HD-OCT with Retinal Nerve Fiber Layer (RNFL), Macular, Optic Nerve Head, and Ganglion Cell Normative Databases is indicated for in-vivo viewing, axial cross-sectional, and three-dimensional imaging and measurement of anterior and posterior ocular structures. Indications for Use

Precision Capabilities for the Ophthalmic Professional Single Dioptre Steps from +9 to -10 allow precision changes to lens power. A secondary Auxiliary Lens Wheel allows secondary lenses to provide +/-20 jumps in Dioptre lens power. Additional Glaucoma graticule provides improved diagnostic capabilities. Available with a 2.8V or 3.6V Bulb or LED Illumination. 2.8V models accept AA Batteries. 3.6V models accept rechargeable 3.6V Lithium Battery, charger sold separately. Optical Excellence, Manufactured in the UK Contents: Professional ophthalmoscope Handle Spare bulb (Bulb Models Only) Instructions CD Protective case Rechargeable Lithium Battery (3.6V Models Only)

The fully automated unit, with NO moving parts and standard computer hardware, resulting in minimal maintenance requirements. There are no routine service requirements, and we still see units in practices for over twenty years. The M700 uses a radial pattern that provides a high density of test points in central regions that is designed to be comparable, but more sensitive to glaucoma than standard 24-2 and 30-2 tests. Rework is costly and with the M700, practitioners can add points and retest during an exam, saving precious time retesting an abnormal result. The Medmont M700 uses standard static perimetry to assess visual field loss pertaining to the detection of various diseases, such as, brain tumors, strokes, diabetes, glaucoma, and more. The M700 standard suite of protocols meets your diverse patient needs while it’s custom template builder allows you to design your own unique templates for patient care.

Retinoscopes shine light into the patient's eye, observes the reflection (reflex) off the patient's retina, and measures the refractive error.

Rexon-Eye® is a non-invasive device that provides durable treatment for all forms of dry eye syndromes. It works by applying low-power high-frequency electric fields, capable of stimulating the metabolism and natural regeneration of cells. Rexon-Eye® treats the cause of the dry eye disease delivering long-term results. The instrument is successfully applied and highly appreciated worldwide by ophthalmologists and optometrists who treat dry eye patients at their practices, dry-eye centers or hospitals. The treatment addresses all types of the dry eye syndromes, both evaporative as well as aqueous deficient, as evidenced by published studies in several subjective and objective measurements.

Using the SHAW lens design software, the clinician has direct control over management of both refractive and binocular components.