Optopol PTS perimeters include all of the latest visual field testing approaches, saving time and delivering cutting edge precision and reliability. Intuitive software with powerful networking and EMR integration, combined with maintenance free and reliable hardware, creates the best tool for visual field testing.
High-Speed Visual Field Testing
The SRS automated perimeter by Optopol redefines visual field analysis with ultra-fast testing and enhanced patient comfort. Leveraging cutting-edge scanning algorithms, it ensures accurate and reproducible results even in challenging cases.
Core Highlights
Fast threshold strategies – drastically reduces test time while maintaining accuracy
Quiet and compact design – ideal for any clinical setting
User-friendly interface – intuitive software that simplifies the workflow
Fixation monitoring – continuous tracking of eye position for reliable results
Wide test library – includes all standard protocols like 30-2, 24-2, 10-2, and custom testing options
Data export – integrates seamlessly with EMR and DICOM networks
Test strategies – Threshold (Fast, Normal, Full), Screening, Esterman
Stimulus – White-on-white, Goldmann size III
Background luminance – 31.5 asb
Fixation control – Video monitoring, Blind spot tracking
Testing range – Up to 90°
Input/output – USB, LAN, EMR-ready
Dimensions – Compact footprint for desktop use
Display – High-resolution touchscreen
Power supply – Standard AC input
Blink Control System
The Optopol SRS integrates advanced blink detection technology that ensures accurate data capture by automatically pausing and resuming the visual field test when the patient blinks. This feature reduces false negatives and enhances patient comfort without compromising test reliability. The system recognizes natural blinking behavior and dynamically adjusts to maintain consistent test flow.
Eye Tracking System
Equipped with a real-time eye-tracking system, the SRS maintains fixation monitoring throughout the test. It continuously detects and adjusts for any deviations or movements in the patient’s eye position, ensuring that stimuli are presented precisely where needed. This feature minimizes fixation losses, increasing diagnostic precision and reproducibility, especially in patients with unstable fixation.
