The modulated speed platen promises faster printing

Published on January 08, 2026 | Translated from Spanish

A promising advancement in the world of 3D printing is revolutionizing the way objects with complex colors and textures are created. It is a new technique called modulated speed iron, developed by researchers from MIT and Delft University of Technology.

What is the Modulated Speed Iron?

The modulated speed iron is a method that replaces the use of multiple nozzles for printing different materials, using only two nozzles to improve efficiency. The first nozzle places a special heat-responsive material, and the second irons it at different speeds. This process allows modifying object characteristics, such as color, texture, or opacity, without the need to use multiple materials or complicate the machine.

The most interesting aspect of this technique is that it not only reduces printing time but also optimizes material usage. With a single filament, different finishes can be obtained. For example, researchers created translucent bottles with gradient effects and bicycle handlebars with non-slip textures, all using the same material.

Benefits of the Modulated Speed Iron

The main benefit of this technique is the reduction of material and energy waste, which improves the sustainability of the process. Additionally, it offers greater versatility and speed in printing. Designers can now customize their models with smooth transitions between colors and textures without complicating with additional configurations.

The Future of 3D Printing: Faster, More Precise, and Sustainable

Researchers continue to work on this technology, seeking to expand the range of materials that can be used with this technique, including heat-reactive plastics and materials with specific mechanical properties. This advancement has the potential to be applied in a wide range of sectors, from customized products to health technologies.

"The modulated speed iron promises a faster, more efficient, and detailed future for 3D printing, with less waste and better results."