The Technology

In Miracare Meditec, new and innovative methods for manufacturing facial soft  tissue  prostheses, which prioritizes accurate 3D color image reproduction,  have  been  developed.  Also,  a framework and  protocol  for  specific  3D  processing  have  been  designed.  Additionally,  color  management processing   has  been  developed   and   successfully    applied    to    3D    imaging    devices    and manufacturing processes.

Color 3D printing has evolved to produce  full-spectrum  colored  solid  objects  utilizing  a  range of materials.   With   the   evolution   of  various   3D   imaging   techniques,  accurate  acquisition  and transformation   of   target   object   geometric  data  into  3D  digital  models  can  be  achieved. By combining the 3D image capture and printing techniques, there is huge potential to reach  the  goal of “What you see is  what  you  get.” It   has   the   ability   to   directly   interconnect   with  advanced manufacturing techniques, allowing customization  with  excellent  accuracy  resulting in  time  and costs savings.
There has been huge potential to develop automated additive manufacturing technology  for  facial prosthetics.

3D Image Acquisition

For face imaging, a  laser  system  combined  with  a  smartphone captures the images. That is, a safe laser line is  projected  on  the subject’s face  while  the  smartphone  records  the  scan  process simultaneously.

3D Image Reconstruction

The  resulted  video   is   imported   into  our  dedicated  software comprising  the   sophisticated  and   state- of- the- art  algorithms developed by our expert AI team. The algorithms are embedded in our exclusive software to reconstruct  the  3D  model  of  the  face and to create the absent organ that would be substituted.

Missed Organ Modeling

Now,  the   AI  detects  and  depicts   the  form  and   shape  of  the missing part of the face’s 3D model. The prosthetics  3d  model  is recreated   and   rendered   in   the  highest  compatibility  with  the appearance, structure, texture, and color of the user’s natural body skin.

Antibacterial Material

Benefiting cutting-edge knowledge in material sciences, a team of chemists,  biologists,   and   physicians   have   produced   a  novel compound with exclusive formulation, to which  antimicrobial  and antibacterial agents are added. Vital signs diagnosis  sensors  are imbedded in the final step.

Prosthetic 3D Printing

The  final  model  of   the   created   organ    is    imported  into  the specialized 3D printer. Utilizing the  engineered  antimicrobial  and antibacterial materials, the final prosthetic is printed with high and extreme compatibility with the end user’s skin. 

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