The BR126 is designed to best protect the user’s eyes from scattered radiation from all angles of incidence. This requirement has been effectively addressed in the design of the glasses by means of large-area X-ray protective glazing and two side radiation protection zones that are closely connected to the front lenses.
How do these X-ray Protection Glasses look on me? Test it now with your webcam. MAVIG presents the «virtual mirror». Just follow the link for your selected colour:
All you have to do is allow the browser app on your device to access the camera and activate the video mode on the «virtual mirror».
Efficient radiation protection for the lens of the eye also requires protection from secondary radiation hitting the lens from the side and also from below. It is therefore important that there is more than just frontal protection for the eyes. The size of the shielding for the facial area is also important.
The first generation BR126 protection glasses were already equipped with adequate side protection. After the facelift, second-generation BR126 glasses have optimized side radiation protection.
To ensure that the fit is optimally consistent with one’s respective facial geometry, we offer two sizes in this model range. The important performance parameter of a tight seal of the glasses against the cheekbones is perfectly implemented with the curve of the frame. The soft curves on all the components of the frame provide good, wearable comfort. We have made sure there is a wide contact surface at the nose bridge, which distributes the weight of the protection glasses over a widespread area.
The mineral lead lenses used by us in combination with the special fit of the BR126 allow for the correction of eyesight in the single-vision as well as for bifocal and progressive lenses.
Our radiation protection glass allows optical corrections in the direct cut, both in the single vision and multifocal range.
In the small-medium size, values for the sphere of +8.00 dpt to -8.00 dpt and a cylinder of +4.00 dpt to -4.00 dpt are feasible.
For the large size, the feasibility of optical correction is spherical +8.00 dpt to -8.00 dpt and cylindrical also +4.00 dpt to -4.00 dpt.