Description
Maddox Wing Test Instrument
Precision Instrument for Measuring Ocular Muscle Imbalance and Heterophoria
The Maddox Wing is a specialized ophthalmic diagnostic instrument used to assess near-distance heterophoria and binocular vision anomalies. Designed for quick, accurate, and reliable evaluation of ocular alignment, it is widely used by ophthalmologists, optometrists, orthoptists, and vision screening professionals.
Key Features
- Measures Horizontal and Vertical Phoria at near fixation.
- Rapid Binocular Vision Assessment without complex setup.
- High-Precision Calibrated Scale for accurate readings.
- Compact and Portable Design suitable for clinic and field use.
- Easy-to-Read Measurement Indicators for efficient examinations.
- Durable Metal Construction for long-term professional use.
- User-Friendly Operation requiring minimal patient instruction.
- No External Power Required for convenient portability.
Applications
- Eye Clinics and Hospitals
- Optometry Practices
- Orthoptic Assessments
- Vision Therapy Centers
- Occupational Vision Screening
- Educational and Research Institutions
Specifications
- Instrument Type: Maddox Wing Near Phoria Tester
- Test Distance: Near Vision Assessment
- Measurements: Horizontal Phoria, Vertical Phoria, and Vergence Imbalance
- Construction: Durable Metal Body
- Operation: Manual
- Portability: Lightweight and Compact
Benefits
✔ Fast and reliable measurement of ocular deviations
✔ Assists in diagnosing binocular vision disorders
✔ Simple patient response system for accurate results
✔ Portable design for clinical and mobile screening use
✔ Essential tool for comprehensive orthoptic evaluation
Typical Use
The patient looks through the eyepieces and reports the position of the arrows and scales seen. The examiner records the readings to determine the presence and magnitude of horizontal or vertical eye muscle imbalance, aiding in the diagnosis and management of binocular vision disorders.
Ideal for professional assessment of heterophoria, ocular alignment, and binocular vision function.
