ARK-1 Autorefractor & Keratometer
ARK-1 Autorefractor & Keratometer
The Marco ARK-1 Auto Refractor and Keratometer offers accurate and user-friendly refraction and keratometry measurements. Super Luminescent Diode (SLD) technology allows for accurate measurements on patients with cataracts, corneal opacities, IOLs, and post LASIK procedures.
ARK-1 Autorefractor & Keratometer
The Marco ARK-1 surpasses conventional autorefractors and keratometers with technologically enhanced functions generating greater accuracy and greater clinical information. The ARK-1 is a multimodality device that includes autorefraction and keratometry. Super Luminescent Diode (SLD) technology allows for accurate measurements on patients with cataracts, corneal opacities, IOLs, and post LASIK procedures.
- Super Luminescent Diode (SLD) for sharper images compared to LED
- Accurate data even through many cataracts
- EyeTracking system provides Y tracking for alignment and focus
- Large pupil zone imaging method (up to 6mm diameter)
- Keratometry measurement with mire ring to reduce eyelid artifacts
- 6.5″ high-quality, full-color LCD screen
- High speed printer
Autorefractors/Keratometers /
ARK-1
Features:
- Super Luminescent Diode (SLD) for sharper images compared to LED
- Accurate data even through many cataracts
- EyeTracking system provides Y tracking for alignment and focus
- Large pupil zone imaging method (up to 6mm diameter)
- Keratometry measurement with mire ring to reduce eyelid artifacts
- 6.5″ high-quality, full-color LCD screen
- High speed printer
The Marco ARK-1 offers accurate refraction measurement as well as keratometry measurement with mire ring.
Super Luminescent Diode (SLD)
Super Luminescent Diode is an edge-emitting semiconductor light source based on super luminescence. It uses the high power and brightness of laser diodes providing a sharper image compared to LED. It allows for quick and accurate measurements of patients with cataracts, corneal opacities, IOL’s, and post LASIK.
Dual Zone
Exclusive dual zone refractive measurement utilizing double-ring technology to measure two pupil zones supplies information based on pupil size and provides more robust objective data as a starting point for subjective refractions.
ARK-1 Autorefractor & Keratometer Specifications
Technical Details
| Objective Spherical Refractive Error | -30.00 to +25.00 D (VD = 12 mm) (0.01/0.12/0.25 D increments) |
|---|---|
| Cylindrical Refractive Error | 0 to ±12.00 D (0.01/0.12/0.25 D increments) |
| Cylinder Axis | 0 to 180° (1°/5° increments) |
| Minimum Measurable Pupil Diameter | ø2 mm |
| Corneal Curvature Radius | 5.00 to 13.00 mm (0.01 mm increments) |
| Corneal Refractive Power | 25.96 to 67.50 D (n = 1.3375) (0.01/0.12/0.25 D increments) |
| Corneal Cylindrical Power | 0 to ±12.00 D (0.01/0.12/0.25 D increments) |
| Corneal Cylinder Axis | 0 to 180° (1°/5° increments) |
| Pupillary Distance Measurement | 30 to 85 mm (1 mm increments) |
| Corneal Size Measurement | 10.0 to 14.0 mm (0.1 mm increments) |
| Pupil Size Measurement | 1.0 to 10.0 mm (0.1 mm increments) |
| Observation/Display Method | 6.5-inch color LCD |
| Printer | Thermal line printer with auto cutter |
| Interface Connectors | RS-232C: Two ports USB: One port LAN: One port |
Power
| Power Supply | AC 100 to 240 V ±10% 50/60 Hz |
|---|---|
| Power Consumption | 100 VA |
Dimensions
| Measurements | 260 (W) mm 495 (D) mm 457 (H) mm |
|---|---|
| Mass | 20 kg |
ARK SUCCESS STORIES
ARK-1 Autorefractor & Keratometer
