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Three-Dimensional, Non-Linear Ironing with Smooth Results

In 2025, could non-planar 3D printing become a reality? That might not be necessary if [Ten Tech]'s plans materialize! The process of ironing in 3D printing involves traversing the print's upper surface again with the nozzle,...

Efficient, Non-Linear 3D Ironing of Iron with No Hiccups
Efficient, Non-Linear 3D Ironing of Iron with No Hiccups

Three-Dimensional, Non-Linear Ironing with Smooth Results

In a groundbreaking development for the 3D printing community, Ten Tech has announced the launch of their new ironer script, marking a significant stride in the field of non-planar 3D printing. This innovative post-processing script is set to revolutionise the process of post-processing in 3D printing.

The new script employs a unique method, using a round tip affixed to the end of a nozzle and insulated to turn it into an iron for smoothing curvy top layers. This approach offers the potential to iron the top surface of 3D prints at any angle, a feature that was previously unavailable.

Ten Tech's development is a progression from methods seen last year, and it could potentially address the limitations of previous methods in non-planar 3D printing. The script is coupled with a heated, ball-shaped attachment for the ironing process.

To implement the new script, a toolhead swap is required, followed by the calibration of new parameters. The video showcasing the new script is available for viewing, providing a clear demonstration of its capabilities.

Meanwhile, the 3D printing landscape has also witnessed the introduction of two multi-axis non-planar printer designs this year. Joshua Bird and Fractal Robotics have both unveiled their designs, each coming with a novel open-source slicer.

Interestingly, Tenger Technologies has also developed a post-processing script for 3D printing, allowing for the ironing of arbitrary surfaces. This method involves using a round tip on a nozzle, inspired by the ball-end mill finishing step in subtractive CNC work.

Gustav Persson recently provided a tip regarding the new ironer script, further fuelling the excitement within the 3D printing community. The name of the author who developed the post-processing script for creating non-flat 3D prints used by Ten Tech is not currently available in the search results.

The potential impact of these developments on the 3D printing industry is significant, as they promise to streamline the post-processing stage and enable the creation of more intricate and aesthetically pleasing 3D prints.

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