Tabletop Refraction System — TS-610
Phoropter
TS-610 Tabletop Refraction System – a compact and modern solution for vision testing. Combines chart and refractor units in one device, saving space and ensuring comfortable operation.
Tabletop Refraction System — TS-610
NIDEK
TS-610 Tabletop Refraction System is a tabletop refraction unit that combines chart and refractor functions in one compact device. It features a 10.4″ color touchscreen that displays test images, OPD-Scan III summaries, amsler grid, and more. The system provides high accuracy and comfort with a convenient forehead rest and smooth lens changes. TS-610 easily connects with other NIDEK devices via LAN or WLAN, creating an efficient and fully digital workflow.
Detailed information
TS-610: a modern and compact solution for accurate vision testing
The TS-610 is a state-of-the-art tabletop refraction system that combines chart and refractor units in one compact device. It is designed to save space while providing accurate and efficient vision testing for modern practices.
Key Benefits
• Compact design — integrates chart and refractor units in one system
• 10.4″ color touchscreen — displays test images and OPD-Scan III summaries
• Smooth lens change — ensures patient comfort
• High-resolution charts — for both near and distance testing
• LAN/WLAN connectivity — seamless integration with other NIDEK devices
• Upgrade options — FARS and CB for Windows for automation and remote operation
Technical Highlights
• 10.4″ full-color LCD touchscreen
• Compatible with OPD-Scan III data
• Shared charts for near and distance vision
• Comfortable forehead rest and ergonomic design
• LAN/WLAN connectivity
• Expandable with optional kits (FARS, CB for Windows)
Applications
• Ophthalmology clinics
• Optometry practices
• Hospitals and medical centers
• Research and teaching institutions
The TS-610 ensures precise diagnostics, improves workflow efficiency, and enhances patient experience, making it a reliable choice for modern clinics that value both performance and compact design.
