Near-Infrared Laser Measurement Technology
Using near-infrared laser provides concentrated energy and produces stable projected images
NIR Band Enhanced Sensor
Equipped with a SONY? NIR band enhanced sensor, it can provide >90% quantum efficiency within the range of
700-850nm
Real-Time Eye Position Height Indication
The direction in which the jaw support and measurement window need adjustment can be determined through a
progress bar

WDR technology and multi-frame fusion imaging to achieve excellent image quality
The entire imaging area has outstanding resolution of over 20LP/mm
Imported two-phase hybrid stepper motor with open-loop subdivision control
7-inch fully laminated LCD screen with a resolution of 1024×600, supporting tilt adjustment from 5° to 80°
| Sphere | -30.00D ~ +25.00D(Step 0.12/0.25) |
| Cylinder | -10.00D ~ +10.00D(Step 0.12/0.25) |
| Axis angle | 0° ~ 180°(Step1°/5°) |
| Minimum pupil diameter | φ2.0mm |
| *Corneal curvature radius | 5.00mm ~ 10.00mm(Step0.01mm) |
| *Corneal refractive power | 33.75D ~ 67.50D(Step 0.12/0.25) (Corneal equivalent refractive index =1.3375) |
| *Corneal Cylinder power | -10.00D ~ +10.00D(Step 0.12/0.25) |
| *Corneal Cylinder axis | 0° ~ 180°(Step 1°/5°) |
| Pupil distance | 30mm ~ 85mm(Step 1mm) |
| Interface | USB,RS-232,LAN |
| Printer | 58mm Thermal Printer,φ50mm Paper roll |
| Packing size and weight | 280mm(W)×515mm(D)×460mm(H)/18kg |
| Power supply | 110-240V~,50-60Hz,70VA |