Accessibility goes beyond the screen. While document remediation makes text accessible to screen readers, abstract concepts like architectural layouts, biological cells, or complex geometric data can often be perceived more effectively through concrete objects.
We address this need using 3D printing technology to create high-fidelity tactile models. By converting visual assets into physical, haptic experiences, we help educational institutions, museums, and private organizations provide true “hands-on” accessibility for people who are blind, have low vision, or are in the concrete phase of the C-R-A (Concrete, Representational, Abstract) lesson sequence.
What We Offer
- Tactile Maps & Floorplans: Custom-scaled physical layouts of buildings or campuses to assist in independent navigation and wayfinding.
- Educational Models: 3D representations of scientific, historical, or mathematical concepts designed for tactile exploration.
- Braille Integration: Direct printing of contracted braille onto physical objects for identification and labeling.
- Art & Museum Replicas: Creating touchable versions of visual art or artifacts to enhance inclusive gallery experiences.
- Data Physicalization: Converting charts and graphs into 3D tactile landscapes that reveal trends through touch.
Our Approach
Our approach combines the technical precision of 3D printing with the specific requirements of tactile perception. We follow established tactile design standards (proper height contrast, texture differentiation, and ergonomic scaling) to ensure models are not just “touchable,” but actually readable. Every project is optimized for durability and safety, ensuring that the transition from a digital visual to a physical model provides a clear, intuitive, and dignified user experience.
