The 'MaSoChain' is Designed For Minimally Invasive Surgeries
Rahul Kalvapalle — April 14, 2023 — Tech
References: ethz.ch & medicalxpress
A group of scientists and engineers working out of ETH Zurich over in Switzerland have developed a high-tech surgical tool that is designed to be able to assist with minimally invasive surgery.
The 'MaSoChain' surgical tool, which is short for 'magnetic soft-robotic chain,' was developed by a team of innovators led by doctoral researcher Hongri Gu. The 'MaSoChain' is effectively a self-folding tool that comprises 3D-printed instruments that are connected via flexible elastic and also feature miniature magnets. This device is effectively able to be used in conjunction with a catheter but can then be unfolded into the required shape to carry out the specific surgical procedure. Once the procedure is completed, the instrument can be folded back into its narrow form in order to be easily retrieved.
This unique design could herald further innovation in the creation of surgical tools capable of carrying out minimally invasive procedures on the stomach and intestine.
Image Credit: ETH Zurich / Nicole Davidson
The 'MaSoChain' surgical tool, which is short for 'magnetic soft-robotic chain,' was developed by a team of innovators led by doctoral researcher Hongri Gu. The 'MaSoChain' is effectively a self-folding tool that comprises 3D-printed instruments that are connected via flexible elastic and also feature miniature magnets. This device is effectively able to be used in conjunction with a catheter but can then be unfolded into the required shape to carry out the specific surgical procedure. Once the procedure is completed, the instrument can be folded back into its narrow form in order to be easily retrieved.
This unique design could herald further innovation in the creation of surgical tools capable of carrying out minimally invasive procedures on the stomach and intestine.
Image Credit: ETH Zurich / Nicole Davidson
Trend Themes
1. Self-folding Surgical Tools - The development of magnetic self-folding surgical tools is a disruptive innovation opportunity in the medical industry for easier and minimally-invasive surgeries.
2. Flexible Instruments - The use of flexible elastic and miniature magnets in surgical instruments is a trend that can revolutionize surgical procedures, especially in the field of minimally invasive surgeries.
3. 3D Printing in Medical Technology - The integration of 3D printing in medical technology like surgical instruments, such as the 'MaSoChain,' offers a disruptive innovation opportunity for more efficient and customized medical procedures.
Industry Implications
1. Medical Technology - The development of self-folding surgical tools and instruments has the potential to disrupt the medical industry with innovations that can transform surgical procedures for the better.
2. Surgical Instruments - The trend towards flexible surgical instruments and self-folding tools opens up new opportunities for innovation in the production, design and use of surgical instruments.
3. Minimally Invasive Surgeries - The trend towards self-folding tools and flexible instruments has disruptive innovation potential in the field of minimally invasive surgeries. It can lead to advancements in patient care, faster recovery time, and less risk of complications.
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