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A 3D Printer That Moves On Its Own? These Youtubers Present A Revolutionary Machine

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Jason Wilder

A 3D Printer That Moves On Its Own

Revolutionary 3D Printer Built from Treadmill Amazes YouTube Audience

YouTubers Ivan Miranda and Jón Schone of Proper Printing have unveiled an innovative “belt printer” that transforms a standard treadmill into an infinite-length 3D printer. This groundbreaking invention challenges traditional 3D printing limitations.

The creators’ innovative approach has captured the attention of the maker community and could revolutionize large-scale 3D printing.

How the Belt Printer Works

The machine features a 45-degree angled conveyor belt system that serves as an endless printing surface. Unlike conventional 3D printers limited by build plate size, this design allows for unlimited-length prints.

The dual-belt extruder operates on a fixed plane, eliminating the need for splitting larger objects into smaller parts for assembly.

Technical Specifications

The printer incorporates 3D-printed side supports, floor heating wire for the print bed, and an aluminum heat sink. A Duet 3D motherboard – a powerful 32-bit controller – manages motors, electrical modules, and heating systems.

The combination of DIY elements and professional components demonstrates the makers’ practical approach to innovation.

Initial Testing and Results

The creators successfully printed a 6.5-foot (two-meter) object in their first major test. While the print took nearly 48 hours to complete, it proved the concept’s viability.

Their next ambitious goal is to print a full-size kayak as a single piece, which would demonstrate the printer’s potential for large-scale manufacturing.

Future Applications

This invention could attract significant industry attention, particularly from manufacturers interested in producing large-scale items without assembly requirements. The technology shows promise for revolutionizing industrial 3D printing.

The creators continue to refine their design, suggesting potential commercial applications in the near future.

Conclusion

This American maker success story showcases how innovation can emerge from simple ideas and readily available materials. Miranda and Schone’s belt printer represents the kind of practical ingenuity that characterizes the U.S. maker movement, potentially opening new horizons in additive manufacturing. Their YouTube channel, Proper Printing, continues to push boundaries with various 3D printing experiments, from hot glue printers to functional car wheels.

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