When they learned that our hospital’s 3D finger reconstruction technology can reconstruct the toes while preserving them, and the appearance and function can be restored to the original appearance of the fingers, they came here anxiously. . . It is hoped that their fingers can be restored to health. With the continuous improvement of finger reconstruction technology, especially the emergence of real-size finger reconstruction, finger regeneration has become a reality in 2020. Mainly the skin of the feet and part of the toenails.

What we want is to restore finger function. Through further rehabilitation training, we can restore more than 80% of the functions. For 1-5 finger defects or partial defects, reconstruction can be performed. The patient must have a desire for reconstruction, be between 5 and 50 years old, be in good general condition, and have no traumatic infection or blachilin, and the patient must have a desire for reconstruction. Without repeated perforation and dorsal plantar venous perfusion, there was no activation of the Tina and onicocose feet.

They are formed later in life and have a high survival rate, but they take a long time to work properly. I am born with them. I heard from doctors that the surgery had a high success rate, so I had it performed by a licensed specialist. Now the 3D printing technology TEM SIDO is used in this operation. Through 3D printing technology, I can accurately restore the 1:1 shape of the finger and design the surgical plan for the patient in advance. During the operation, a more precise analysis of the foot bones (or ilium, and joints of the foot joints) and folds is performed. Measurement.

If a finger is damaged, resulting in an accidental breakage of the finger, appropriate finger reconstruction surgery can often be performed to help restore the functional beauty and health of the finger. However, if the severed finger is damaged or the patient does not have a vein graft for a long time, this means that the completely or incompletely cut finger will be removed under a light microscope through a series of surgical operations such as debridement, vascular anastomosis, bone fixation, tendon and nerve repair, etc. The finger body is sutured back to its original position to restore blood circulation

Accurate reconstruction is carried out based on the printed three-dimensional model. Materials are redesigned from the toes, iliac bones and other parts, and then anastomosed to the defective blood vessels for debridement. Repair bones, nerves, tendons and skin, then install form and shape.