Tactile printing is an innovative technique that creates raised images or text on a surface, allowing people to engage with printed materials through touch. It also creates a much richer visual appearance by giving your image a level of depth. This form of printing enhances the user experience and, where appropriate, can significantly improve accessibility for people with visual impairments.
1. Enhanced User Experience: Graphics that are created with Tactile Printing greatly enhance the overall experience for all users. This method enriches visual engagement, making information more memorable.
2. Accessibility: Tactile Printing is capable of making information more accessible. By providing tactile features, it enables users with visual impairments to interact with printed content, breaking down barriers and promoting equal access to information. For instance, tactile maps and signage can guide visually impaired individuals through complex environments, ensuring safe navigation.
3. Differentiation of Products: Tactile printing can be utilised to differentiate products and create a unique branding experience.
At VGL, we specialise in Tactile Printing, offering a range of solutions tailored to meet diverse needs. Our advanced tactile inks allow for the creation of vibrant tactile graphics that are particularly suitable for applications such as:
Tactile printing is an innovative graphic display format that brings flat images to life and represents a significant advancement in how we communicate information. Our team of experts can discuss the options you have with Tactile Printing and explore how best to use it for your project.
For large format print projects, whether you choose to include more typical graphics, or to explore Tactile Printing, VGL is your trusted partner for producing premium quality graphics. Get in touch with us today to get started.
Ready to get started? Get in contact with our knowledgeable staff who will be happy to assist.
0118 922 1300
[email protected]
268 Elgar Road South
Reading
Berkshire
RG2 0BT