T-shape osteotomy is performed on the tip of the chin. The middle
bone is removed and the side bones are brought together reducing
the width and the secondary angles are removed. This surgery reduces the length of the chin.
T-shape osteotomy is performed on the tip of the chin. The
protruding middle bone is removed. The side chin bones are brought together. This surgery makes the wide chin tip more sharper.
BEFORE
AFTER 3 MONTH
MINE PLASTIC SURGERY
Recording & Short Chin?
NO Implant! Using autogenous bone!
MINE Chin Lengthening Surgery
Give a point to receding, short, round chins
We make the chin longer for a slim prettier V-LINE
T-shape osteotomy is performed on the tip of the chin. The protruding middle bone is removed. The side chin bones are brought together. This surgery makes round short chins longer.
Usually done together with Mandibular reduction surgery, After removing part of the mandibular bone, a piece of it is used in Genioplasty for grafting. This Surgery lengthens the tip of the chin.
BEFORE
AFTER 3 MONTH
MINE PLASTIC SURGRY
MINE KEY POINT
Genioplasty,
Customization is Key!
We not only reduce the chin but also design the lower jaw bone to each individual.
Our surgical method considers the chin length, width, and
shape improving the face with a balanced look for each case.
Genioplasty,
Customization is Key!
We not only reduce the chin but also design the lower jaw bone to each individual.
Our surgical method considers the chin length, width, and
shape improving the face with a balanced look for each case.
Why is MINE unique?
No Worries for Secondary Angles
MINE Rounding Genioplasty
MINE PLASTIC SURGERY
#Bone Size #Bone Thickness
#Nerve Preservation
The face bone must be approached after examined and
analyzed from various angles for the most suitable design
Prevent secondary angles with pre-surgery
examinations and 3D analysis at MINE
#Bone Size #Bone Thickness
#Nerve Preservation
The face bone must be approached after examined and
analyzed from various angles for the most suitable design
Prevent secondary angles with pre-surgery
examinations and 3D analysis at MINE