• Product Description
  • Specifications

 Hartmann Wavefront Sensor (HWFS) technology adopted.

 The HWFS-based technology and the algorithm compensating for light loss are adopted to minimize the measurement error and produce more accurate value

UV/Blue Light Transmittance Measurement

Since the ultraviolet(UV) transmittance of ordinary lenses or sunglasses is measured and the measured value is displayed with the UI, you can check the data more intuitively.
It is possible to measure the transmittance of lens that blocks blue light emitted from digital devices such as smartphones and LCDs.(There are two types of display modes available.)
Since UV and BLUE DATA can be displayed on a graph at the same time, you can see their trend at a single glance.

Green Measurement Light Source

We have minimized measurement errors by green measurement light sources of wavelength close to the international standard, e-line

Automatic Lens Detection Mode

At the time of measurement, the system provides the automatic detection mode, which determines the lens type, automatically switches to the corresponding mode, and enables instant measurement, In a normal lens mode, it is possible to measure double lens and triple lens.

LCD Tilting Function

A wide tilting angle of LCD provides you bright and clear screen view regardless of your sitting or standing position.

7-Inch LCD Touch Screen

The system uses a familiar touch panel and widescreen display to enhance user- friendliness and provides an easy-to-use graphical user interface to display the translucent shape and the angle of the placed lens in real time, Thus, you can easily measure the lens.

Measuring the pupil distance(PD) and the pupil height of spectacle frames

Adjusting the lens center area with the direction indicator icon allows you to measure the distance between the left and right lens centers and the pupil height of the spectacle frames.

Multilingual Support

The system supports six languages: English, French, Portuguese, Chinese, Japanese and Arabic.

Auto Cutting Printer

The system uses a low-noise high-speed auto cutting printer to enable you to output and check the measurement data on the spot and to present the data to customers quickly

Various available interfaces(RS-232, Wi-Fi)

It is possible to support the integrated system management systemically with the Wi-Fi based wireless network communication module, which is installed to exchange data with the Auto Digital Refractor (PDR-7000) and the Auto Ref-Keratometer (PRK-8000) regardless of working conditions.
Using RS-232 also allows you to interface with existing systems.
MEASUREMENT MODES
K/R Mode Continuous Keratometry and Refractometry
REF Mode Refractometry
KER Mode Keratometry
CLBC Mode Contact Lens Base Curve Measurement
K(P) Mode Peripheral Keratometry
REFACTOMETRY
Vertex Distance (VD) 0.0/12.0/13.5/15.0
Sphere (SPH) -25.00 ~ +22.00D (when VD=12mm) (Increments : 0.12 and 0.25D)
Cylinder (CYL) 0.00 ~ ±10.00D (Increments : 0.12 and 0.25D)
Axis (AX) 1 ~ 180° (Increments : 1°)
Cylinder Form -,+,MIX
Pupil Distance (PD) 10 ~ 85mm
Minimum Pupil Diameter Ø2.0mm
KERATOMETRY
Radius of Curvature 5.0 ~ 10.2mm (Increments : 0.01mm)
Corneal Power 33.00 ~ 67.50D (when cornea equivalent refractive index is 1.3375)
(Increments : 0.05/0.12/0.25D)
Corneal Astigmatism 0.00 ~ -15.00D (Increments : 0.05/0.12/0.25D)
Axis 1 ~ 180° (Increments : 1°)
OTHERS
Corneal Diameter 2.0 ~ 14.0mm (Increments : 0.1mm)
Memory of Data 10 measurements for each eye
Internal Printer Thermal line printer with Auto – Cutter function
Monitor 14.48 cm(5.7 inch) TFT-LCD (640 × 480 pixels, Touch-Screen function)
Power supply AC100-240V, 50/60Hz (Free Voltage, Free Frequency)
Dimensions Approx. 270(W) × 500(D) × 450(H)mm
Weight Approx. 20kg

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