Panther No Post

Lenses: Diamond Vision
Nose Bridge: Saddle Bridge
Temples: Fully Adjustable Rubber
Face Size: Small to X-Large

Pather Post

Lenses: Diamond Vision
Nose Bridge: Fully Adjustable Saddle Bridge
Temples: Fully Adjustable Rubber
Face Size: Small to X-Large

HDS 15% LTM Lens:
For Bright Sun Conditions
HDS 25% LTM Lens:
For Cloudy Conditions
HDS 40% LTM Lens:
For Low Light Conditions
HDS 65% LTM Lens:
For Low Light –
Deep in the Woods, Very Dark Rain
Clouds, Early Morning or Dusk
HDS 80% LTM:
Ultra Low Light
HDS 99% LTM:
Under the Lights

The Panther Prescription insert is a large pair
of Spex that sits directly behind the shield. As your prescription changes, just change the prescription insert.

EACH GEORGE DIGWEED SIGNATURE PANTHER IS SIGNED AND NUMBERED BY THE 15-TIME WORLD CHAMPION. COMPLETE WITH SPECIAL MICRO FIBERBAGS AND A CLEANING CLOTH. COMES WITH 5 LENSES.
IN STOCK NOW!

HDS DIAMOND VISION IS SUPERIOR TO
TRADITIONAL POLYCARBONATE LENSES

1. HDS Diamond Vision Lenses are made of a bullet-proof lens material that has an impact resistance which is superior to Polycarbonate. HDS Diamond Vision Lenses absorb energy without permanent deformation and maintain good visual acuity when impacted with a mass.
HDS Diamond Vision Lenses pass the following standards: ANSI Z87.1, ANSI Z80.3, AS1067-2003, EN1836-2005. With respect to ANSI Z87.1, HDS Diamond
Vision exceeds the High Velocity impact test and the High Mass Test.

2. HDS Diamond Vision Lenses are 10% lighter than Polycarbonate, resulting in superior all day comfort.

3. HDS Diamond Vision Lenses are not sensitive to Stress Cracking. Polycarbonate, however, will crack under local pressure. Our Diamond Vision Lenses are guaranteed for life from breakage.

4. HiDefSpex makes 1 Diamond Vision lens in the time that it takes to make 48,000 polycarbonate lenses. Polycarbonate lenses are made by melting the polycarbonate material to a very high temperature and injecting it into a mold under extreme pressure. In less than 2 seconds, the lens is hardened by quickly cooling the material which creates stress on the molecular structure of the lens. The process creates pockets of non-homogenious material (different local densities)resutling in DISTORTION in polycarboante lenses.

5. HDS Diamond Vision lenses have very good chemical resistance, while Polycarbonate is sensitive to solvents like acetone, alcohol and gasoline which compromise its mechanical resistance. HDS Diamond Vision lenses are NOT sensitive to these solvents.

6. HDS Diamond Vision Lenses are optically superior to Polycarbonate. Polycarbonate has a higher refractive index which means minor mold surface defects are amplified. Additionally, Polycarbonate has a low Abbe index which means light deviates like a prism reducing the sharpness of images.

7. HDS Diamond Vision lenses have superior anti-scratch properties. The lenses feature a Quarz scratch-resistant coating which does not attract dust.

If you demand the very best in optical performance, ask what your lenses are made of? If the Answer is Polycarbonate, you are using technology that was developed in the 1950’s. You are also using an inferior lens material to HiDefSpex Diamond Vision lenses.

HDS DIAMOND VISION IS SUPERIOR TO
TRADITIONAL POLYCARBONATE LENSES

On the other hand, HDS Diamond Vision Lenses take 20 hours to cure. The lens material starts as a liquid and is poured into a glass mold under very low pressure. The creation of the bullet-proof lens material results from a chemical reaction in the mold over a long period of time resulting in extremely good homogeneity (uniform local densities). The net result is a perfect lens with absolutely zero distortion.