The innovative DSP engine for AXIS(TSRK-1000P) Ref-keratometer controls the entire measurement process including capture of measurement signal as well as, the data process and the display. So AXIS(TSRK-1000P) enables to provide stable measurement data and fine pupil images for you.
ACP-1500 Auto Chart Projector is a precision optical instrument for accurate refraction.It provides 30 different charts and 35 masks, with programmable remote control.
Duochrome test charts to check single and binocular vision, and polarized test charts to check binocular vision and ocular muscle imbalance.
| Projection distance | 1.5m ~ 7m |
| Projection magnification | 30x (at5m) |
| Projection size | 330mm(W) x 270mm(H) (at5m) |
| Chart Switching speed | 0.01~0.02S |
| MaskNumber | 1open, 5horizontal lines, 8 vertical lines, 21 single letters, 1red/green |
| Mask Switching speed | One mask per 0.01~0.02s |
| Program | 2sets programs, each program contains up to 30steps |
| Lamp | 12V, 50W(halogenlamp) 12V, 10W(LED) |
| Power saving fuction | Will automatically standby in 10min |
| Power source | AC220V, 50Hzor 110V, 60Hz |
| Power consumption | 80W |
| Dimensions | 320mm(L) x 218mm(W )x 240mm(H) |
| Net weight | 7.2Kg |
| Standardaccessories | Remote control, Polarized metal screen, halogen lamp, polarized glasses, fuses(2), batteries(2) |
| Optional accessories | Floorstand, wallstand |
| Display | 19” LCD (color) |
|---|---|
| Brightness | 250 cd/m2 |
| Chart versions | E, C, ABC, 123, c hild, special version charts |
| Chart acuity | 6/3-6/150 20/10-20/500 0.04-2.0 |
| Distance | 2.0 ~ 7.0m |
| Power supply | Input: AC110~220V AC±10%,50/60Hz |
| Power consumption | <=45w |
| Dimension | 455mm (L) x 420mm(W) x 110mm(H) |
| Weight | 4.2kg(Net. Weight) |
| Remote | IR |
| Batteries for remote control | 3 A |
| Display | 23” LCD (color) High Resolution Monitor |
|---|---|
| Brightness | 250 cd/m2 |
| Chart versions | E, C, ABC, 123, c hild, special version charts |
| Chart acuity | 6/3-6/150 20/10-20/500 0.04-2.0 |
| Distance | 2.0 ~ 7.0m |
| Power supply | Input: AC110~220V AC±10%,50/60Hz |
| Power consumption | <=36w |
| Dimension | 531mm (W) x 394mm(H) x 121mm(D) |
| Weight | 3.8kg(Net. Weight) |
| Remote | IR |
| Batteries for remote control | 3 A |
| Sphere | -19.00D~+16.75D 0.12D/0.25D/0.50D/1.00D/3.00D steps |
|---|---|
| Cylinder | -6.00D~+6.00D 0.25D steps |
| Axis angle | 0~180° (1°/5°steps) |
| Pupillary Distance | Distant range: 52~80mm 0.5/1mm steps Close range: 50~80mm 0.5/1mm steps |
| Rotary Prism | 0~20 0.1 /0.5 /1.0steps |
| Cross Cylinder Lens | ±0.25D |
| Plane Retinoscope | +1.50D(67cm) +2.00D(50cm) |
| Auxiliary Lens | PH Binoculus(1.0mm) |
| RMV,RMH | |
| RL(Right eye),GL(Left eye) | |
| Polaroid(Right eye 135°/45°; Left eye 45°/135°) | |
| Prism(Right 6BU ,Left 10BI) | |
| Cross Cylinder Lens (±0.50D Axis=90°) | |
| PD Lens | |
| Phoropter Size | 365mm×280mm×110mm 3.8kg |
| Keyboard Size | 230mm×195mm×190mm 1.2kg |
| Power Box Size | 236mm×126mm×115mm 2.1kg |
| Power Supply | AC 220V 50HZ or AC 110V 60HZ,90W |
| Net Weight | 7.1kg |
| Measurement Range | Sphere -20D?+20D (VD=12mm) 0.125D/0.25D steps |
| Cylinder -8D?+8D 0.125D/0.25D steps | |
| Axis angle 1°?180° 1°steps | |
| Pupillary Distance | 45?85mm 1mm steps |
| Vertex Distance | 0/12/13.75/15mm |
| Minimum Pupil Diameter | ?2.0mm |
| Chart | Auto Fog Chart |
| Date Saving | 10 Measured values for both eyes |
| Specification | Display: 5.7" LCD(color) |
| Print: Built-in Thermal Printer | |
| Power Suppiy: AC 220V ,50Hz or 110V, 60Hz | |
| Dimensions/Weight: 288(W)*500(D)*480(H) 14kg | |
| Output:RS-232 | |
| Power Save:5/10 min(Selectable) |
The NV-100 near vision tester enable a complete refractive and binocular vision investigation to be carried out with the head and eyes in their normal posture at any working distance.
| Test Distance | 36cm |
|---|---|
| Distant Contral | 60 cm |
| Size | 220(h) x 210(w) x 42(d) mm |
| Weight | 780g |
| Power Supply | LR6 AA/1.5V x 3 |
The Auto Refkeratometer RC-800 is the latest in economical, user-friendly, highly accurate auto refkeratometry. The RC-800 provides simple, easy measurement by the operator at an economical cost, without compromising accuracy or reliability.
Functions include USB connectability, a high-speed printer, auto shot, color touch screen and access to ten different languages (English, Japanese, German, Chinese, Spanish, Spanish Latin America, Italian, Portuguese, French and Russian).
Additionally, the RC-800 dust-resistance capability boosts performance, and easier maintenance facilitated by the simplified design makes the RC-800 an invaluable device for all users. Encapsulated in an elegant and stylish design, the RC-800 incorporates all required functions for highly accurate, easy-to-use, economical auto refkeratometry.
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The key feature of the Auto Refkeratometer RC-5000 is the “Touch Alignment”.
In many cases, the patient’s eye may be seen around the edge of the monitoring screen before alignment. In the past, the operator would manipulate the joystick to align the optical head of the device with the apex of the cornea. But now, the operator just touches the image of the pupil on the screen with a finger tip to perform this alignment.
Besides this innovative function, the RC-5000 has the corneal irregularity indices “KAI/KRI” to aid detection of corneal asymmetry/corneal regularity..
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The Auto Ref-Topographer RT-7000 is a 3-in-1 hybrid system consisting of an Auto Refractmeter, an Auto Keratometer and a Corneal Topographer. The most remarkable clinical applications of the RT-7000 are the “Tear Stability Analysis System (TSAS)” and the “Fourier Analysis map”. The TSAS interprets the changes of the mire rings’ distortion on an eye opened for 6 seconds as changes of its tear layer status and displays color code maps to illustrate the locations of those changes. On the other hand, the newly implemented “Fourier Analysis map” performs Fourier analysis for refractive powers at individual measurement points obtained by analyzing Mire images within the ø3 mm range and ø6 mm range, and visually and quantitatively displays the constant term (the spherical component), the first order term (the asymmetry component), the second order term (the regular astigmatism component), and the higher order terms (the higher order irregularity).
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Advanced Design
Multifunction in one tabletop instrument, compact & space saving
Improved Features
Speedy Alignment & Mode change available increases productivity and ease of use
Sharp LED ring for REF measurements
Air flow control for Tonometry
Pachy measurement to obtain accurate IOP
Topo function to detect irregular corneal shapes
Dry eye screening software will be added in an upcoming update patch
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Faster Than Ever Quieter Than Ever
The all new CV-7800 Computerized Vision Tester
Thanks to a new generation electrical and motor drive control system, the CV-7800 has a wider measurement range and faster lens switching speed than our previous products. It also helps reduce the operating noice and singnificantly improves overall machine performance.
Improved User Experience
Easy-to-Operate Layout with an Innovative 2 in 1 Control mode
Standalone tablet for portable useage
Tablet with Keyboard option available for a more traditional use in a sitting position
Pre-Installed standard refraction program
Equipped with Split Prism
Efficient Customer Information management
Able to upload up to 6 of your preffered or custom refraction programs