RK-600 Auto Refractometer with Keratometer
Overview
The RK-600 is a high-precision ophthalmic diagnostic instrument that integrates auto refraction and keratometry functions. Designed for professional eye care, it provides fast, accurate, and reliable measurements of vision and corneal curvature. Its modern 9-inch touchscreen interface and intelligent automation make it ideal for optical stores, clinics, hospitals, and vision testing centers.
Specifications
| Parameter | Details |
|---|---|
| Product Type | Auto Refractometer with Keratometer |
| Model | RK-600 |
| Display | 9-Inch TFT Touch Screen |
| Function | Auto Refraction & Keratometry |
| Operation | Automatic Tracking System |
| System Features | Auto Tracking & Auto Focusing |
| Certifications | CE, ISO, FDA |
| Warranty | 2 Years |
| Application | Eye Testing & Vision Screening |
Key Features
- Precise Measurement: Accurately evaluates eye parameters for reliable vision correction.
- Intuitive Touchscreen: 9-inch TFT display allows easy operation and navigation.
- Automated Tracking: Auto tracking and focusing streamline testing with minimal user intervention.
- All-in-One Design: Combines auto refraction and keratometry in a compact system, saving space.
- Professional Certification: CE, ISO, and FDA approved for clinical reliability.
- High-Performance Operation: Optimized for fast and efficient use in busy ophthalmic environments.
- Workflow Efficiency: Reduces manual input and accelerates patient assessments.
Applications
- Optical Stores & Eyewear Retailers: Quick and accurate eye exams for prescription lenses.
- Eye Clinics & Hospitals: Reliable measurements for routine check-ups and clinical assessments.
- Vision Testing Centers: Efficient testing of large numbers of patients.
- Professional Ophthalmic Settings: Suitable for any clinical environment requiring high-precision eye diagnostics.
The RK-600 Auto Refractometer with Keratometer is a professional-grade, user-friendly device that ensures accurate eye assessments while improving workflow efficiency in clinical and commercial optical environments.








