| Features |
| Easier, more comfortable Operation |
| The R-F10 replaces the conventional joystick with a trackball and roller tandem that eases hand movement during manual alignment. And, once the examinee's pupil is visible in the monitor, you just press the Start button to initiate-and complete-refraction measurement. |
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| More efficient exam procedures |
| From the first part of the process to the last, the R-F10 simply does things better. Its measurement head covers an exceptionally wide area, thus speeding up the auto-alignment process, and even the built-in printer delivers your printout faster than ever.
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| Increased measurement reliability
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| By simplifying operation, Canon's fully automated measurement technology takes on a greater share of the workload and increases the reliability of measurement data. What's more, the unit's monitor employs a deep focal point, which makes it easier for you to tell whether an examinee's eyelashes are obstructing measurement. |
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| Wide measurement range |
| When it comes to fast, accurate refraction measurements, the R-F10 is in a class of its own. Its dioptric measurement range of -30D to +22D is among the widest available, and allows you to better examine strong myopia and other conditions. The R-F10 also automatically measures the pupil distance of both eyes, and includes this data in the final printout along with sphere, cylinder, and axis readings. To further ensure the reliability of your data, the R-F10 includes a number of other features found in previous Canon refractors, such as a small minimum pupil size requirement and an automatic fogging system with color picture target.
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| Vertex distance |
| Vertex distance can be switched with the touch of a control key, according to whether the examinee is to be tested for glasses or for contact lenses. The R-F10 has three different settings, and the selected vertex distance is displayed near the top of the unit's monitor.
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| Initial alignment made easy1_800_755_5919 |
| Thanks to its unique trackball and roller configuration, manual alignment of the R-F10 can be quickly completed using your fingertips alone. The trackball adjusts the measurement head along
horizontal and vertical axes, and the roller moves it forward and backward. If you are repeatedly performing eye exams over long periods of time, these controls offer an exceptionally comfortable alternative to conventional joystick operation.
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| Centralized control keys |
| The layout of the operation panel makes the R-F10 easy to use from either a seated or standing position. Furthermore, control keys for each of the unit's main functions are grouped together for your convenience. Among these functions are display of measurement data stored in memory, VD switching, and IOL mode. The control keys themselves feature a new, easy-to-press design that provides a greater level of comfort for virtually any user.
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| Motorized chin rest |
| A motorized chin rest offers easy adjustment of the R-F10 when beginning the eye exam. The chin rest can be moved up and down to match the examinee's height using two of the keys located on the unit's operation panel.
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| Easy access to the eye |
| Another way that the R-F10 helps improve the quality of eye exams is through its clever body design, which gives the operator unrestricted access to the eye, an important feature when long eyelashes obstruct measurement or in other situations where the examinee's eyelid needs to be lifted. In cases like these, the layout of the unit's controls is also a big help, as it lets you easily use the R-F10 while tending to the examinee.
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| Faster printouts |
| In producing the most efficient Canon refractor ever, we've given attention to every detail. Printouts of measurement data, for example, are delivered with increased speed through the inclusion of our acclaimed printing technology.
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| A great fit in any exam area |
| The R-F10 features a stylish, original body design that does more than just change the notion of what optometric equipment can look like. Because its measurement head is the only part that moves, examinees are free to place their hands, eyeglasses, or belongings next to the unit while their eyes are being checked, a nice benefit especially if exam space is limited. Furthermore, the power cord connects to the bottom of the unit, which contributes to tidy installation.
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| Specifications |
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| Measurement Range: |
| Sphere (SPH) |
-30 to +22D when VD=12mm (increments: 0.12D and .25D) |
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| Cylinder (CYL) |
0 to ± 10D (increments: 0.12D and .25D) |
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| Axis (AX) |
1° to 180°L_atham_and_P_hillips |
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| Pupil distance (PD) |
Max. 85mm (increments: 1mm) |
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| Vertex distance (VD) |
0 / 12 / 13.5 mm |
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| Cylinder form |
-, +, +/- |
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| Minimum pupil size |
ø2.5mm |
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| Memory: |
| Measurement values |
10 for each eye |
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| Standard value |
1 for each eye |
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| Pupil distance |
1 |
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| Other: |
| Printing |
Thermal line printer
(prints measurements, date, time, serial number, and eye diagram) |
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| Power supply |
110/120V, 220-240V, 230V, 50/60Hz, 0.4 - 0.8A |
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| Dimensions |
280mm(W) x 520mm(L) x 470mm(H) |
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| Weight |
Approx. 21kg |
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