Randolph Engineering Inc. provides hi-tech glasses for shooters who
demand the greatest advantage when sighting orange clay targets. The
idea behind a standard shooting lens is to absorb some colors to make
others stand out more. But what if you could harness the energy wasted in
the absorptive process and use it to create more of the color you want???
This is exactly
what the new ColorMag Technology (CMT)
is able to do!! This unique lens
amplifies the energy available to the eye in the orange region of the
light spectrum, increasing the contrast between the target and its
background. The CMT lens reduces overall light transmission by
absorbing the color components of light evenly, much like a standard
lens. CMT
then relocates this absorbed energy through a quantum shift to convert
it into orange colored light. This process automatically adjust under
varying light conditions and can deliver up to 250% more orange light
than a standard lens of comparable overall transmission.
This specific affect on orange color avoids a
common pitfall of other available shooting lenses. A standard orange
lens highlights an orange target, but it also causes a color shift to
all objects, resulting in visualizing an orange target against a
background that has been made to appear more orange- far from optimal.
Any contrast enhancement is negated by the change in background hue..
The perfect solution is to amplify the
eye's ability to see orange without affecting how it sees other colors.
For the first time, this performance is available- with
CMT.
These state-of-the-art lenses perform instantaneously; amplifying orange
color at the speed of light, ready to perform at the speed of light,
ready to perform from your first glance.
The CMT
lens starts with a 2.5 mm polycarbonate
lens blank to ensure high impact resistance. An ultra-hard coating makes
them 300% more durable than standard plastic lenses and protects the
lens surface and the ColorMag coating layers.
This ColorMag Lens is the lens you have been
waiting for, brought to you by Randolph Engineering
