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| Fine resolution and wide depth of field |
| Sophisticated optics generated with the latest in computer-aided design give the OMS-610 extraordinarily fine resolution and an exceptional depth of field. This optical system gets the ophthalmologist through procedures with less refocusing than ever before. |
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| High and wide eyepoint |
| The completely redesigned high-eyepoint eyepiece provides 50% greater tolerance of image shading (X/Y direction) minimizing eye fatigue and irritation during extended operations. |
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| Comfortable working distance |
| With a working distance of 190mm from the microscope head, the OMS-610 minimizes interferance with surgical instruments, its short-reach design (420mm with f=200 objective lens) enables a more relaxed working posture even for smaller surgeons. |
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| Retinal protection filter |
| A flip in/out yellow retinal protection filter is built into the microscope as standard equipment, full protection against phototoxicity for the patient's retina. |
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| Wider field of view |
| An illumination field of 52.9mm provides observers with an excellent view of every step in surgical procedures, with fine detail all the way to the periphery cataract surgeons can view an IOL more easily than ever. Vitro-retinal and orbital surgeons will also appreciate this wider field of view. |
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| Two types of binocular eyepiece available |
| Variable-angle Binocular Tube and 45° Inclined Binocular Tube with Beam Splitter option |
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| One-touch selection of coaxial or oblique illumination |
| A one-touch selector lever allows the user to switch instantly between coaxial and oblique illumination, even during surgical procedures since the lever is equipped with a sterilizable cap. |
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| Multi-function footswitch operation |
| A special thin-base footswitch, designed to be fully drip-proof, allows the surgeon hands-off control over almost all OMS-610 functions, including zoom/focus, X-Y translator device, illumination switch, etc. |
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| One-touch selection of light source |
| Switch to the auxiliary bulb instantly in case the primary light source fails. |
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| Total adaptation to sterile environment requirements |
| Sterilizable caps for all control surfaces make the OMS-610 uniquely suited to the sterile environment requirements of the operating room. The removable caps allow fast and complete disinfection for rapid turnover. |
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| Long-arm design simplifies positioning |
| Although the OMS-610 is unusually compact in design, it features a
special long-arm boom to simplify overhead positioning while taking up the least amount of space in the operating room. There's an 8 step lower limit stopper to prevent excessive lowering of the 2nd arm, and a simple handle to adjust arm balance.
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| 0° No light loss assistant's microscopes (option) |
| Two different Assistant's Microscope sets can be attached simultaneously to the OMS-610. Both primary surgeon and assistants enjoy true coaxial observation with stereo viewing. There is no light loss, because these auxiliary optical units do not rely on a beam-splitting device. |
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| X/Y Translator with speed adjustment (option) |
| The X/Y Translator comes with speed adjustment controls to meet the varying needs of surgeons, with one-touch centering function. |
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| Beam splitter (option) |
| The beam splitter is required for use with optical-path accessories such as video, 35mm camera or observation tube. |
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| TV relay lens (option) |
| This relay lens allows mounting of a video camera to obtain the same view as that of the surgeon. The lens allows attachment of 1/2 in. C-mount, and 1/2 in. Sony bayonet mount. |
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| 35mm camera relay lens (option) |
| Provides still photographic recording of surgical conditions and/or techniques. Most commercially available 35mm camera can be used together with T-mount adapter.
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| Demonstration monocular tube (option) |
| Student or assistant can use this side-mounted microscope to observe the identical field of view as the surgeon, from a convenient position without interfering with the procedure. |
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| Specifications |
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| Main Microscope |
| Type |
Galilean type |
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| Binocular tube |
Variable angle binocular tube or inclined binocular tube |
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| Objective lens |
f=200mm |
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| Eyepieces |
12.5X |
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| Magnification change type |
Continuous zoom type(morterized) |
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| Total magnification |
4.25X - 21.27X (Zoom ratio 5) |
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| Actual field of view |
ø52.8mm - ø10.6mm (continuously) |
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| Working distance |
190mm |
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| Observation zoom speed1_800_755_5919 |
7 sec. from in to out |
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| Observation angle |
0° to +60°(variable angle binocular tube)
45° (inclined binocular tube) |
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| Pupillary distance adjustment range |
55mm to 75mm left/right gearing |
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| Diopter adjustment range |
-5D to +5D (with diopter lock) |
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| Illumination |
| Light source |
Direct halogen illumination type 12V/50W |
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| Coaxial illumination |
Illumination field ø55mm - ø26m (continuously)
Light intensity:
Min.40,000 lux (at ø55mm)
Max. 135,000 lux (at ø26mm)
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| Oblique illumination |
Illumination field ø39mm
light intensity max. 43,000 lux
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| Illumination change |
One-touch selection |
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| Filter |
Heat-absorbing/UV-IR (built in), Yellow Retinal Protection (flip in/out) |
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| Style |
Counterbalance with gas spring (manual) |
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| Adjustment balance range |
7 - 19Kg |
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| Rotation angle |
1st Arm: 240°, 2nd Arm: 240° |
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| Brake |
By rotating the handle |
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| Foot switch |
Zoom focus and X-Y pedal type |
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| Power voltage |
AC 100, 110, 120, 220, 240V |
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| Electric frequency |
50/60Hz |
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| Power consumption |
150VAL_atham_and_P_hillips |
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| Dimensions |
910(W) x 902(D) x 1987(H:max.)mm |
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