Description

Octopus 900 is the latest Perimeter on the market to measure fields of view with fantastic performance for the demanding clinic and practice. The work aimed to make a demonstration video of the device for its manufacturer Haag-Streit and importer Essmed Finland Oy. They can use the demonstration video to introduce the device and its use to their customers.

Octopus 900 is the only Perimeter of this type that allows you to perform perimetry by four methods on one device. Octopus 900 will always provide impressive adaptability so that you don’t need rapid screening tests, early diagnosis, general threshold, or clinical testing.

Octopus 900 performs standard white-on-white threshold testing in just 2-4 minutes in a central field of view. Due to the 90 ° dome, full 180 ° peripheral testing is possible. This allows for disability testing, including ptosis testing and driving binocular tests.

With the Octopus 900, kinetic vectors can be defined anywhere and with all available characteristics, as with a manual Goldman perimeter. The Octopus 900 automatically detects loss of fixation and adapts to patients until optimal test conditions are achieved. With the Octopus Blink Control function, any stimulus at a static perimeter will never be missed.

Octopus 900 Basic Features:

• All-in-One Perimeter: Standard Automated Perimetry, SWAP, Flicker, and Goldmann Kinetik
• Fastest Test Strategy: Full threshold test within 2:30 minutes
• Goldmann Kinetic: Official successor to the original Goldmann perimeter
• Reliability: True fixation control and automated Eye Tracking
• Networkability: Ethernet connection and EMR interface
• High-resolution and fast peripheral testing
• Semi-automated Kinetic Perimetry
• Automate baseline peripheral testing
• Full-field standard white-on-white perimetry
• Flexible interfaces for easy integration
• Immediately identify levels of change
• An intuitive interpretation of visual field results
• Providing meaningful results
• Combining structure and function
• Fixation control Reliable results made easy

SEMI-AUTOMATED KINETIC PERIMETRY

Simplified and more consistent operation

Benefit from the flexibility of a manual Goldmann but enjoy simplified and more consistent operation. Vector speed is now controlled and thus repeatable; operator and patient reaction time influence is mainly eliminated, and normal isopters provide guidance. And why not translate your standard clinical testing protocol into a template for all your patients that you can still adapt depending on the pathology?

Patient groups requiring Octopus 900 testing

• Children and adolescents with amblyopia;
• Patients with macular degeneration;
• Patients with glaucoma;
• Patients with diabetes;
• Patients with degenerative diseases of the retina and choroid;
• Patients with neurological diseases (tumors, brain injuries, etc. ).

Benefits of the Octopus 900 Computer Perimeter

• Method objectivity
• High level of eye control
• Selective and individual approach to the examination of patients
• High sensitivity and high accuracy of results
• Dynamic monitoring of the course of the disease
• Statistical data processing
• Using the TOP strategy, the average duration of the study is no more than 3 minutes.
• True domed Perimeter (by Goldmann) that does not distort examination results and provides the most accurate static and kinetic perimetry
• The patient can blink as the system automatically remembers the stimuli that the patient missed with his eyes closed and repeats them after a while

For which ophthalmic complaints is it recommended to use OCTOPUS 900 Perimeter?

Examination of the visual field is essential in diagnosing many ophthalmic lesions and diseases. These include, but are not limited to:

• glaucoma(glaucoma) detection, detection, and measurement of the long-term vision-preserving effect of the treatment
• detection of inflammatory diseases affecting the optic nerve (e.g., multiple sclerosis)
• changes in the site of visual acuity (macular degeneration)
• detection of circulatory disorders and hypoxia in the eye, measurement of change
• detection and measurement of the visual effect of inherited retinal diseases, long-term follow-up of the change (e.g., retinitis pigmentosa)
• diseases and injuries of the visual tract connecting the eye to the brain (e.g., mapping of brain processes, conditions after cerebral spasm)
• occupational health, fitness tests, driver, aircraft driver, sports suitability assessment