Description
The Stereo Optical S0002 Randot® Stereotest is a clinical test designed to evaluate stereoscopic depth perception and binocular vision in adults and children. Random-dot backgrounds help reduce monocular clues, supporting a more reliable assessment of stereopsis.
Six geometric forms assess gross stereopsis at 500 and 250 seconds of arc. The graded circle section evaluates adult stereoacuity from 400 to 20 seconds of arc. A child-friendly animal section allows pediatric testing from 400 to 100 seconds of arc.
Its portable booklet format is suitable for optometry, ophthalmology, pediatric vision screening, school programs, and other clinical applications. The test includes one pair of Standard 3-D Viewers and an answer key printed on the back cover.
Key Features
- Evaluates stereoscopic depth perception and binocular vision
- Random-dot backgrounds help minimize monocular clues
- Six geometric forms for gross stereopsis testing
- Gross stereopsis levels of 500 and 250 seconds of arc
- Graded circle test from 400 to 20 seconds of arc
- Pediatric animal test from 400 to 100 seconds of arc
- Suitable for adults and children
- Includes Standard 3-D Viewers and answer key
Additional Information
- Product type: Stereoscopic depth-perception test
- SKU / Part number: S0002
- Model: Randot® Stereotest
- Test technology: Random-dot stereograms
- Test sections: Geometric forms, graded circles, and animals
- Number of geometric forms: Six
- Gross stereopsis levels: 500 and 250 seconds of arc
- Adult graded-circle range: 400–20 seconds of arc
- Pediatric animal-test range: 400–100 seconds of arc
- Target population: Adults and children
- Viewing accessory: Standard polarized 3-D Viewers
- Included accessories: One pair of Standard 3-D Viewers
- Answer key: Printed on the back cover
- Manufacturer: Stereo Optical Company, Inc.
Cleaning and Care
Gently clean and disinfect the stereotest and 3-D viewers with disinfectant wipes or a soft, slightly damp, lint-free cloth containing 70% isopropyl alcohol. Never spray alcohol directly onto the surfaces.
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