ADA Braille: Raster Method vs. Photopolymer Applied signage with the Raster method for Braille is easy, secure, clean, durable, cost effective, and 100% compliant with ADAAG and ANSI regulations and standards. How do photopolymer signs compare?
|
Applied Signs |
Photopolymer Signs |
| Manufacturing Process |
Mechanical |
Photographic/Chemical |
| Equipment and Supplies Needed |
Engraving machine, cutters, Raster Braille
kit |
Darkroom or imagesetter, processing machine,
water supply, painting operation, screenprinting or hot-stamping
operation |
| ADA and ANSI Compliance |
Fully compliant
with all laws and standards. Spherical Raster produces
rounded Braille.
|
Difficult to comply
with standards for Braille, especially cross-section thickness.
Very difficult to produce rounded Braille dots.
|
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| Service and Replacement |
Fast, simple setup and standard colors, easy
to replace or update signs. |
Paint/ink match can be a problem. Short runs
nearly as costly as long runs. |
| Durability and Vandal Resistance |
Excellent durability, outdoor grade material
available. Inlaid letters and graphics offer excellent tamper-resistance. |
Painted surface is not as durable as solid color
material. Exterior material available, but still susceptible
to moisture. Not "1-piece" construction as claimed. |
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