Description

The Visioffice System provides precise, personalized measurements for the optimal fitting of lenses, ensuring superior visual performance. The system captures key data points through advanced imaging and calculation, making it an essential tool for professional opticians.

Pupillary Distance (PD):
The Visioffice accurately measures the distance between the corneal reflection of each eye by using a central LED positioned behind a mirror. This LED projects light onto the patient’s eyes while they look into the mirror, allowing precise PD measurements for both eyes.

The system calculates the fitting height by measuring the distance from the corneal reflection to the lower edge of the lens. This crucial measurement ensures that the lens is positioned optimally for the patient’s prescription, delivering the best possible visual clarity.

The Visioffice can display detailed frame measurements, including:

• • A: Horizontal lens width (from the furthest left to the furthest right edge)
  • B: Vertical lens height (from the top to the bottom edge)
  • DBL: Bridge width of the frame
    Additional frame data, such as Pantoscopic Angle, Vertex Distance, and Wrap Angle, are also measured to ensure a perfect fit and alignment.

Using stereoscopic, 3D imaging, the Visioffice calculates the eye rotation center—the precise distance from the central point of the eye’s rotation to the back surface of the lens when worn. This measurement is derived from two images taken during the Far Vision Measurement for accurate, personalized lens positioning.

The Head Cape refers to the angle of the patient’s Natural Head Posture (NHP). When asked to look straight ahead, any slight head rotation (left or right) while focusing forward is measured to determine the Head Cape. This ensures that lens positioning accounts for the patient’s natural head alignment.

The Visioffice System offers a comprehensive, precise, and effortless method for capturing all essential measurements, providing patients with custom-tailored prescriptions for optimal vision correction