Use the map function, we could easily get a visual topographic map of the power ranges for single vision lens or progressive lens. When a progressive lens is without any marked areas, we can also use this function to identify the direction of progressive lens corridor, then know the positions of the distance area and near area, The working areas of progressive lenses can be intuitively displayed to customers.
Measurement Range |
|
| Sphere | -40.00 D ~+ 20.00 D |
| Cylinder | 0 ~ ± 10.00 D |
| Axis | 0° ~ 180° (1° Steps) |
| ADD | 0 ~ 10.00 D |
| Prism | 0 ~ 10 Δ |
Minimum Measuring Value |
|
| Diopter | 0.01 / 0.12 / 0.25 D |
| Prism | 0.01 / 0.12 / 0.25 Δ |
Other Information |
|
| Cylinder | + / ± / - |
| Prism | X-Y / P-B |
| Measure Speed | 0.05 S |
| Light Source Wavelength | 525 nm |
| UV Wavelength | 400 nm |
| Blue Light Wavelength | 425 nm |
| Lens Diameter | 18 - 100 mm |
| Display | 7-inch (1024*600) True color capacitive touch screen |
| Printer | Thermanl Printer |
| Data Connection | RS232, Bluetooth, BLE SPP |
| Size | 235(L) * 192(W) * 436 (H) mm |
| Weight | 3.7 Kg |
| Power Supply | 110V -240V / 50Hz - 60Hz |
| Power | 5V 6A |
Reunión virtual con el Dr. Julian Triviño (Colombia)
Friday, Nov. 12 - Monday, Nov. 15 Ernest N. Morial Convention Center, New Orleans, LA.
