Learn from the animals "super power" 3D printing into a bionic technology star

Animals with a variety of "super powers" are good teachers in 3D printing to enter the field of bionics technology. 3D printing mimics animals to protect both animals and themselves. With the technical advantages of high simulation, the idea of ​​using 3D printing to imitate animal-made bionic equipment has great market potential.

Learn from the animals to learn "super power" 3D printing into a bionic technology star

The impact of 3D printing on human life is diverse and complex. For animals, this technology can provide more than just a realistic toy model. Some time ago, Xiaobian introduced the application of 3D printing in the animal rescue business. Many disabled or injured animals have been reborn with 3D printed prostheses, and more and more laboratory animals are getting rid of bad luck because of the replacement of 3D printed biological tissue.

In the relationship between 3D printing and animals, animals seem to always play the role of the weak, but it is not. Animals with a variety of "super powers" are good teachers in 3D printing to enter the field of bionics technology. 3D printing mimics animals to protect both animals and themselves.

In 2015, researchers at Case Western University in the United States were inspired to develop a bionic 3D printing worm robot. There is a strange form of exercise, the so-called creep. They use two types of muscles to contract and expand the sac and move forward. Scientists have created this kind of robot by reproducing this movement in mechanical form, and it is expected to play a role in surgery and even pipeline cleaning in the future.

It is the 3D printed dog nose that plays a role in both medical and security fields. Last year, Matthew Stammertis of the National Institute of Standards and Technology hosted the project. He used a 3D printer to create a detector that mimics the external functions of a female Labrador retriever's nose, including shape, orientation, and nasal structure. Experiments have shown that the device increases the sensitivity of traditional dangerous goods detectors by a factor of 16 and can be used for the detection of pathogens and even cancer. Recently, researchers from the Georgia Institute of Technology and the Oak Ridge National Laboratory combined with 3D printing of the North American polyphonic silkworm moth feathery tentacles is another masterpiece of the biomimetic detector.

The inspiration for animals for 3D printing is not only the mechanical structure, but also the development of new materials. Last month, researchers at the Massachusetts Institute of Technology developed a tough 3D printed material with a conch shell that prints up to 85% strength and has the potential to create advanced body armor or helmets. Manufacturers have indicated that they plan to apply this material to the production of body armor products.

As people continue to get inspired from animals and inspire them to develop 3D printing products, more and more 3D printing biomimetic equipment will be created to promote the development of other intelligent manufacturing technologies such as robots and the Internet of Things. With the advantage of highly simulated technology, the idea of ​​using 3D printing to imitate animal-made bionic equipment has great market potential.

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