3D Printer Creates Complex Robotic Organs in a Single Process

This new printer combines inkjet printing technology and error correction driven by machine vision to tackle this challenge and build complex functional mechanical devices.

3D Printing Technology

3D printing technology has made significant breakthroughs in recent years, as it can produce everything quickly from small plastic components to entire buildings. However, the field that still poses a challenge is building complex mechanical devices requiring multiple materials and moving parts.

The New 3D Printer

This new printer combines inkjet printing technology and machine vision-driven error correction to meet this challenge and construct advanced functional devices. By scanning and adjusting layer by layer during printing, it can maintain speed and accuracy while placing multiple print heads with different materials side by side. While the researchers behind this technique, termed “vision-guided inkjet printing”, have started to clarify the prints using soft and hard plastics, the device has the potential to print electronics or even cellular structures for tissue engineering.

Conclusion

This new 3D printer is an innovative and advanced technology that combines inkjet printing and machine vision-driven wireless error correction. This technology enables the printing of complex mechanical devices quickly and accurately, opening new doors for multi-material printing and cellular structures for tissue engineering. This technology could have a significant impact in fields such as medicine, engineering, and manufacturing.

Source: https://www.nature.com/articles/d41586-023-03568-4

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