Bangaloreis one of the leading cities to get a hair transplant done due to the plenty of options available in the city. Being an IT city, trends of looking good in men and women in Bangalore are quite intense, and everyone wants to look good and trendy. Hair-loss in men is a common problem, and due to stress, tension, lack of sleep, and mainly genetic disorders, men are losing more and more hair, and from a very early age, in their 20s. Work related stress in the IT field is adding to a spree of hair-loss in men and women both. These days, every clinic in India has one or multiple clinics in Bangalore. Methods of doing hair transplants have changed, and continuous innovations are being made to improve the methods and process of doing hair transplants. Many clinics in Bangalore are still doing the conventional basic FUE slit method of hair transplant, and some are doing the implanter method with Choi pens and implanting BD needles. Across the world and in International Hair Restoration Society, the top surgeons are practicing innovative methods of extraction, preservation, and implanting. Ice cell Sapphire micro FUE is one of the latest methods of doing hair transplants, where the integration of Needle free local anesthesia, the ice cell graft preservation method, and implanting grafts with the precision oriented Sapphire stone blade is a completely error free method with a 98% success rate. Max hair clinic in Bangalore Lavelle road is practicing the all integrated modern method of Ice Cell Sapphire Micro FUE. Generally the basic FUE method in Bangalore is charged between 60k to 1.5 lacs, Implanter Pen and Needle method between 2 lakhs to 2.5 lacs. The latest and most modern method of Ice Cell Sapphire micro FUE is also between 2 lakhs to 2.5 lakhs. All these prices are for approximately 4000 to 6000 grafts of hair transplant. Ice Sapphire micro FUE is the only method performed in MAX Hair Clinic Bangalore to achieve the highest density of 60-70 follicles per sq cm area with 42 to 63 degree angulation of hair growth and 0.4 to 0.6 mm of graft depth with an optimum survival ratio of more than 25 years.