The Guide Strip is a tactile orientation marking, detectable orientation surface, and emergency evacuation navigation aid designed for use by individuals who are blind or have low vision. It is a surface material with grooves that can be detected and followed using a white cane. It serves as a tactile guidance system enabling individuals to track safely to an emergency exit or place of refuge. At transit platform door openings, it can indicate door location and appropriate path of travel. It can
The Raynes Rail is a tactile and voice output orientation aid and an exhibit accessibility system designed for people who are blind or have low vision. The Raynes Rail can be installed in a variety of environments to provide audible and braille navigation and orientation information at strategic points. One or more rails can be installed in a location. Each rail has a braille label on one side providing navigation and orientation information about the premises in close proximity to the rail. The
Stair Tread for the Visually Impaired is a visual orientation marking and non-skid stair tread designed for use by individuals who are blind or have low vision. This rubber stair tread has a raised carborendum strip in a high contrast color. Tread styles include Decorative and Classic with round or square profiles, and a one-piece tread/riser combination. OPTIONS: Harsh environment treads impervious to toxic chemicals, abrasions, and grease (one-piece tread/riser combination only). DIMENSIONS: T
Tacdots are detectable warning and orientation markings designed for use by people who are blind or have low vision. These are raised dots affixed to the ground or floor to provide a tactile pathway. Each Tacdot makes a distinctive sound when tapped with a cane to differentiate it from an irregularity in the surface. Tacdots can be used in indoor and outdoor environments. COLOR: Custom colors are available.
Ultrapoly Braxx is a non-skid detectable warning surface designed for use by individuals who are blind or have low vision. Based on Non-Skid technology initially developed for the United States Navy, it can be used to protect against pedestrian slip hazards on areas such as ramps, stairs, boat decks, and platform edges. The surface comes in sheets with a wear and impact resistant baseplate of ultra high molecular polyethylene (UHMW-PE) covered with raised non-skid truncated domes comprised of sa