Thermoform Machines: EZ-Form, Maxi-Form, and Brailon® Explained

The American Thermoform “thermoform machines”, also known as the EZ-Form and Maxi-Form Brailon® Duplicators, are often considered the most accurate way to reproduce braille and tactile graphics. Widely used in education and production environments, these machines allow users to create permanent, cost-effective teaching aids and braille copies from a single master.

Both the EZ-Form and Maxi-Form are designed to be safe, reliable, and easy to operate, while delivering consistent, high-quality results.

How the Thermoforming Process Works

The process begins with a master copy or mold containing the braille or tactile graphic to be reproduced.

A sheet of specially formulated Brailon® is placed over the master, and the clamp is closed to hold it in position. The heating element is then moved forward over the material. Within seconds, heat and pressure form the Brailon® sheet precisely over the raised surfaces of the master.

Once the cycle is complete, the heating element is moved back, the clamp is released, and the finished Brailon® copy is removed.

The entire process takes only seconds and produces an accurate, durable reproduction of the original master.

EZ-Form vs. Maxi-Form

Both the EZ-Form and Maxi-Form Brailon® Duplicators operate using the same reliable thermoforming process and are known for producing highly accurate braille and tactile graphics.

The primary difference between the two machines is forming size:

• EZ-Form – Ideal for standard-size materials and everyday use
• Maxi-Form – Features a larger forming area, making it well suited for maps, charts, signage, and larger-scale production

This flexibility allows organizations to choose the machine that best fits their production needs, from individual classroom materials to larger tactile graphics.

What Is Brailon®?

Brailon® is a plastic-like paper developed specifically for use with thermoform machines. It has been the industry standard since 1962 and is designed to produce durable, high-quality tactile graphics and braille.

Brailon® features:

• A slightly matte surface for readability
• Moisture resistance
• Non-toxic composition, safe for classroom use
• Long-lasting durability for repeated handling

Because of its reliability and performance, Brailon® provides an efficient and cost-effective way to produce accurate braille duplicates and tactile materials.

Common Applications

Thermoform machines and Brailon® are used across a wide range of environments where accessible materials are required.

Common uses include:

• Tactile maps and diagrams
• Educational materials and teaching aids
• Braille document duplication
• Charts, graphs, and signage
• Recipe cards

Because a single master can be reused repeatedly, thermoforming is an efficient solution for producing consistent, high-quality copies.

Final Thoughts

EZ-Form and Maxi-Form Brailon® Duplicators remain the most accurate and reliable way to reproduce braille and tactile graphics. By combining ease of use, speed, and consistent results, these machines continue to play a critical role in making information accessible.

While these are some of the most common applications, the use of thermoforming continues to expand as the demand for accessible materials grows across education, public environments, and everyday life.