Auto Refractor Keratometer RMK-700 Features
Features
Exquisite workmanship , high quality design Smooth movement together with pure electric lifting , patient will experience the relaxing measurement process; Multiple measurement modes ( SPH , CYL , CLBC ,CYL&SPH, MAP) Automatic chin rest base and main body lifting Perfect optical head and foggy system Integrated printer is more vonvenient and faster
PRECISION
In the comparison test of refraction accuracy, we take the result of the test eye as the standard, where the result is accurate,Ref is -5.25, Ker. In units of 7.80 mm
Modo Z-MAP
Wavefront technology, which measures and maps imperfections of the cornea, these imperfections are divided into low-order aberrations such as: Myopia, Hyperopia and Astigmatism, and high-order aberrations that affect night vision. The Hartmann-Shack sensor projects waves of light into the patient's eye and maps the waves that are projected through the pupil by detecting low and high order aberrations. The information obtained is processed on the computer and is called the Zernike map, which can be seen in the following images.
Auto Refractor Keratometer RMK-700 Features
Features
Exquisite workmanship , high quality design Smooth movement together with pure electric lifting , patient will experience the relaxing measurement process; Multiple measurement modes ( SPH , CYL , CLBC ,CYL&SPH, MAP) Automatic chin rest base and main body lifting Perfect optical head and foggy system Integrated printer is more vonvenient and faster
PRECISION
In the comparison test of refraction accuracy, we take the result of the test eye as the standard, where the result is accurate,Ref is -5.25, Ker. In units of 7.80 mm
Modo Z-MAP
Wavefront technology, which measures and maps imperfections of the cornea, these imperfections are divided into low-order aberrations such as: Myopia, Hyperopia and Astigmatism, and high-order aberrations that affect night vision. The Hartmann-Shack sensor projects waves of light into the patient's eye and maps the waves that are projected through the pupil by detecting low and high order aberrations. The information obtained is processed on the computer and is called the Zernike map, which can be seen in the following images.
| Vertex Distance: | 0.0mm,12.00mm,13.5mm,15.00mm |
| Spherical Degree: | -20.00D~20.00D,(VD=12mm,step:0.12D/0.25D) |
| Cylinder degree : | -10.00D~+10.00D(step:0.12D/0.25D) |
| Axis: | 1°~180°(step1°) |
| Cylinder symbol: | -,+,MIX |
| The degree of arming turning: | 90° |
| Minimum pupil diameter: | 2.0mm |
| Radius of curvature: | 6.5mm~9.4mm(step:0.02mm) |
| Printer: | Thermal printer |
| Monitors : | 6.4inch of TFT monitors |
| Power supply: | AC110V |
| Power: | 75VA |
| Product size: | 506L x 269Wx 477H(mm) |
| Package size: | 720L x 480Wx 720H(mm) |
| Weight: | About 21Kg |