Future of Teleportation

                                              Manufacturing the Human Body Parts                                                                  

In 2000, archaeologists discovered a big toe made of wood and leather attached to the foot of an Egyptian mummy. According to LiveScience, after testing replicas of the toe on two volunteers, it was determined that the chances that the ancient prosthesis was functional were pretty good. From this finding, we can conclude that people have been making prosthetics for around 3,000 years, if not longer. Prosthetics have certainly come a long way since then, especially in the last few decades with the arrival of technologies like 3D printing and generative design. According to ABC news in Australia, this year marks the first successful operation for a 3D-printed titanium sternum and rib cage implant.

Title: Manufacturing The Human Body Parts

Process: The key tools that we are going to use is 3D printers printing body parts

The rapid advancements in 3D-printing technology allow engineers to experiment with a number of materials in addition to titanium. ABC that in the future, engineers will likely be able to replicate bone and tissue materials and 3D print parts that contain a patient’s stem cells.3D printing can be even more powerful when combined with milling. CONFROMISS, a knee-replacement company, currently uses both technologies to custom design knee implants that function better than “off-the-shelf” implants. With a CT scan, ConforMIS uses proprietary algorithms to map 3D models unique to each patient.

Micro-scale design is still in the works, but engineers are already using the combined power of 3D printing, milling and generative design. With solutions like Autodesk’s Within Medical software, engineers can make more organically structured, customized implants that perform well in the human body. It’s the combined power of these three technologies that will take us to that fountain-of-youth future when the difference between cyborg and human is negligible.

Goal of the process

*In fact, this method could allow to cope with the lack of organ donors, and to better study and                     understand certain diseases.

*One can buy the infected organ from company and replace that with new one.
* People can extend their life span and live healthy life.
* There would be low risk of rejection once implanted.
*Reduces the risk of mortality,infertility rate.
*Helps to identify lack of  proteins and vitamins on the specified organ.
* Finally it could generate alots of bio-tech company,jobs,scientist,researchers on bio tech.
                         Here's a short video how human body can be printed: 

 
                                                  
                                                            Measures:
All you need to know about PEKK for 3D printing.
Polyetherketoneketone, better known by its acronym PEKK, is a semi-crystalline thermoplastic that is increasingly used in the additive manufacturing market. Often compared to PEEK, it belongs to the same family - the PAEK family - known
Finally we require less area for company and little big big budget assets are also little bit expensive one can get the liscense from the government production authority to manufacture the product signing the right and patient of the company.

                                                        Summary:Hence 3D printing has various types of advantages like;
Faster Production.
. Easily Accessible.
.Better Quality
Tangible Design and Product Testing
.Cost-effectiveness.
  Creative Designs and Customization Freedom
 Unlimited Shapes and Geometry
 Can Implement Assorted Raw Materials.

                                                  MANUFACTURING HUMAN BODY PARTS