Hair Tree Clinic located in Calicut, Kannur & Malappuram in Kerala, India is a venture into the trodden field of hair services, is unique in terms of the techniques it has developed for its clients for hair replacement. However, Hair Tree Clinic offers a whole range of hair services including hair transplantations. For those who have been suffering from hair loss to baldness, Hair Tree Clinic has the perfect solutions along with skilled doctors whose advice will go a long way. You will feel safer knowing that you will be treated in a sterile, comfortable and peaceful environment.
One of the treatments in hair surgery Neo Graft FUE Hair Transplantation is an in-house technique, developed with the motive of achieving a patient’s maximum comfort while the procedure of hair replacement is being carried out along with minimizing the follicle wastage while targeting the maximum output to achieve excellent results.
We are equipped with Advance equipment including high-end lasers for Hair growth. We are specialized in the most advanced technique of Hair Transplantation. We offer quality based, affordable services which always met with great customer satisfaction.
Neo Graft FUE Hair Transplantation is a Latest, Unique, Advance Hair Implantation System Which Is A Combination Of Advanced Hair Transplantation, Platelet Rich Plasma (PRP) Therapy Along With Addition Of Patented Specific Growth Factor Which Gives Boost To Existing Hairs And Ensure The Growth Of Newly Implanted Hair To Ensure Uniforms Growth For Excellent Result. Neo Graft FUE Hair Transplantation is a simple and feasible modification in the Follicular Unit Extraction Technique (FUE). It is an efficacious surgical treatment modality for baldness.
Unlike with other hair transplantion methods – such as FUE and FUT (Strip), with Direct Hair Implantation, there is no need for reception incisions or holes on the recipient area. Hair follicles are implanted directly to the area using the patented implanter tool. The survival rate of the harvested graft depends upon multiple exogenous factors. The most important ones are graft hydration, cold temperature, prevention of infection and mechanical trauma. The transit time between graft harvesting and implantation is also an important determinant of the survival rate. The transit time, if reduced to a large extent, significantly improves the rate of graft survival by favourably improving all the other factors. It will reduce the chances of desiccation, infection, mechanical trauma, and grafts getting heated up. In DHT or Neo Graft FUE Hair Transplantation method, grafts can be implanted as soon as it was harvested. The advantages of reducing the ‘time out of body’ of the harvested grafts are manifold.