Recommended for indoor environments with good visibility conditions and for indoor applications, wherethe protection of the eyes against impact and most common risks is recommended. Moreover, they helpto protect against ultraviolet rays.

Recommended for low-light conditions, cloudiness, mist or fog, seeing as in such conditions, it allows to make objects more visible. Beside perfectly filtering ultraviolet rays (UV) and the blue portion (up to 480 nm) of the visible spectrum, it increases contrast even in low-light conditions.

Recommended for well-lighted environments where light causes a considerable eyestrain. It greatly absorbs both ultraviolet rays (UV) and infrared ones (IR), beside keeping the relative proportions among colours.

Recommended for environments where it is necessary to be protected against intense sunlight, glare, reverberation and all those elements which cause considerable eyestrain. The mirrored treatment on the outer surface of the lens reduces transmittance through a greater reflection of the light hitting the lenses. It is obtained, therefore, a significant reduction of the quantity of light that reaches the eyes, getting a high benefit and a visual comfort even after an extended use.

Recommended for intense light and high glow caused by reflective surfaces. Such situations cause a remarkable decrease in eyesight and consequently a considerable eyestrain. This type of lens is able tolet the light pass selectively; by reducing both diffused light in the environment and resulting from reflective surfaces, beside the reverberation. In this way, it is increased the quality of images which appear brighter.

Recommended for anyone frequently passing from indoor (closed and with low light) to outdoor environments (openair and quite enlightened) and vice versa. Being a clear lens with a light mirrored treatment, it provides optimal view in both indoor and outdoor lighting conditions. This lens allows, therefore, a greater visibility and a high identification of colours and shapes during the use in both conditions and during the passage through these two environments.

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