A sensor in the phone can be a mixture of the human body

Motion detect microscopic sensors, smart phone, 1, helps them. Now, scientists are developing these components of the machine is compatible with the medical devices inward the human being consistency, as if additional parts of the body with the potential for the use of a prosthesis, artificial intelligence researchers.

Successive containing part of the width of the average inferior than a hundred micrometres inward damn of MEMS and micro-mechanical systems engineering. For example, count the accelerometers on their cell phone, or not display held horizontally  or vertically , MEMS sensors; It converts electrical impulses from your phone, such as the movement.

MEMS actuator works of cameras that can focus on next Smartphone, into electrical signals.

MEMS is intended in general. But now researchers are these small machine parts developed for printing highly flexible polymer. Suitable for the body human organic injected silicone rubber-like. [In medical 3D 7 use of print]

How can you comment and higher mechanical resistance polymer MEMS is attractive... it is toxic, it is not also eligible for usage inward the body human is finished.?

The so-called footprint of the scientists of this polymer is accustomed produce MEMS elements. Clone process miniature, soft polymer Nano-function pattern creates a template details or 1 m 10? To Scientists are 2 microns in thickness, width, approximately 2 cm long 2-Micron printing only components.

Leeya Engel researchers, University of Tel Aviv in Israel with scientists of media worked, in other words, we find the correct recipe, told LiveScience. "The production of small scale - used especially in the new material is a very delicate matter."

A lithograph of nanoimprint and not expensive and cumbersome creates new simple and cheap in fact dependent on electronic devices.

"Solved only with the evolution of printing process technology to allow for the mass production and stretch the boundaries of the introduction of polymer coatings using new materials, micro soft, imagination and technology that MEMS", said Engel. "

Scientists have previously completed parts MEMS Engel offers the benefits of how his team: at the end of these works is quick and cheap is available.

"Much too expensive can be especially if you would like to quash weight in any other way, Micron, said Engel.

For example, electrons said using Engel to create a variety of MEMS components can take a turn with machines that are very expensive. "Our process took fifteen minutes.

As an incentive, MEMS parts are very flexible. Made of organic polymers. Hundreds of times these components have the flexibility of conventional materials. The result of this flexibility that can, for example, a MEMS sensor vibration sensitive, more efficient engine MEMS of smart phones with long life battery lead to a camera better.

To get so far researchers at functional team plan is almost complete mounted polymer.

"For the aggregate production of polymer devices, printing, then the possibility of introducing cheaper devices can be disposable so ', said Engel."

I believe that the future technology and printing process adds Engel. Some would require many adjustments "" but a sophisticated sensor is one day I think and formed of structured materials can be printed produced en masse.

Researchers warn not did, however, "despite the" technology, said Engel injection devices supported this technology.

Men of science reveal their findings on 9/19.