Multi-Unit Hair Grafting™ Hair Transplant Procedure
Multi-Unit Hair Grafting™ Hair Transplant Procedure
Best Hair Transplant Procedure for Most Density
By the age of thirty-five two-thirds of American men will experience some degree of appreciable hair loss, and by the age of fifty approximately 85% of men have significantly thinning hair. Approximately 25% of men who suffer with male pattern baldness begin the painful process before they reach the age of twenty-one (American Hair Loss Association). There are few goals more important to an individual suffering from hair loss than achieving maximum density and a natural look after a hair transplant procedure. We Grow Hair Indy has mastered the art of hair transplantation through their trademarked procedure, Multi-Unit Hair Grafting™ Hair Transplant technique. With this hair transplant procedure the physician is able to transplant 3 times more hair in one single procedure than other known hair transplant methods.
Benefits of Multi-Unit Hair Grafting™ Hair Transplant Procedure
- Maximizes hair per volume
- Results in a natural appearance
- Ideal for people with slight to severe thinning
- Costs less per hair transplanted
What makes the Multi-Unit Hair Grafting™ Hair Transplant procedure unique are the three different types of grafts that are used. First, the Micro Graft: used in the frontal area primarily to create a natural hair line. Second, the Follicular Unit Graft: Strategically used to add thin coverage into transplanted area. Third, the Multi-Unit Hair Graft: This exclusive technique adds volume and density to overall procedure. Below you can see an illustration of the different graft types.
Most other methods of hair transplantation will only use the micro grafts and the follicular groups (containing 2 or more hairs in one follicle). The benefit of PAI Medical Group’s trademarked Multi-Unit Hair Grafting™ Hair Transplant procedure is from the use of the Multi-Unit groups. The multi-unit group allows for the natural spacing between hair follicles to stay as they were originally. Thus, this provides for a much more natural appearance, as well, and more density throughout the transplanted areas.
