Cannon Falls, MN — Gemini, a longtime leader in dimensional signage, has introduced Raised Print, a new tactile print capability that adds durable texture, depth, and accessibility features to both interior and exterior applications.
Raised Print allows sign professionals to combine ADA-compliant braille, 1/32″ raised tactile lettering, rich color, and dimensional textures directly on precision-cut acrylic or metal substrates. From wayfinding systems and lobby directories to high-impact branding and architectural signage, the new solution delivers long-lasting performance with visual and tactile distinction.
Dimensional Texture Meets ADA Compliance
With Raised Print, sign makers can integrate accessibility and branding in a single production step. The solution supports:
- ADA/AODA-compliant braille
- Raised tactile lettering (1/32″)
- Multi-layer textured graphics
- Colorlast™ finishes, gradients, and color-rich detailing
“Raised Print gives sign professionals a powerful way to combine accessibility, branding, and visual impact in a single solution,” said Sara Sachs, Associate Product Manager at Gemini. “It’s another example of how we’re investing in innovation to support our partners and the sign industry.”
Material Options, Sizes & Finishes
Raised Print is available on multiple substrates and construction formats, giving designers flexibility for a wide range of architectural and commercial environments.
Available On:
- Flat Cut Acrylic
- Flat Cut Metal
- Metal Laminate on Acrylic
- Flat Cut PVC
Size Range:
- From 2″ x 2″ up to 46″ x 95″
Thickness Options:
- 1/8″, 1/4″, 3/8″, 1/2″, 3/4″
Warranty:
- Lifetime for interior applications
- Seven-year warranty for exterior applications
Ideal Applications for Raised Print
Sign professionals can incorporate Raised Print across a wide range of industries, including:
- ADA-compliant braille & wayfinding systems
- Healthcare, corporate, and public facilities
- Branded environmental and architectural signage
- Tactile displays and dimensional décor
Direct-to-material printing reduces complexity and production steps while improving accuracy and consistency.
