Changing Trends in Surgical Hair RestorationConveniently located in Danville to serve the entire Bay Area - San Ramon, Alamo, Walnut Creek, Moraga, Lafayette, Dublin, Pleasanton, Orinda, Castro Valley, Livermore Ask A QuestionTestimonials
Over the past few decades, surgical hair restoration has undergone significant changes and advancements, resulting in improved outcomes and patient satisfaction. From the use of robotics to minimal incisions and faster recovery times, these trends have revolutionized the field of hair transplantation. New techniques and technologies have opened doors to patients by providing more options for reversing or addressing hair loss effectively.
Robotic Hair Restoration
One of the most significant technological advancements in surgical hair restoration is the use of robotic devices, such as the ARTAS robot. These devices use algorithms and precision engineering to extract individual hair follicles and transplant them to the balding areas of the scalp.
The robotic system is equipped with a camera that magnifies the surgical site, allowing the surgeon to extract the hair follicles with minimal damage to surrounding tissue. The robotic device can also implant the follicles with precision, resulting in a more natural-looking hairline.
Minimally Invasive for Quick Recovery
Another rising trend in surgical hair restoration is the use of minimal incision techniques. This approach involves making tiny incisions, typically less than one millimeter in size, to extract the hair follicles and implant them in the balding areas.
In the past, surgical hair restoration was done using linear hair-grafting techniques, which require removal of a strip of scalp tissue with viable hair follicles. This hair graft is separated into groups of three or four hairs, then transplanted to the bald areas through incisions. The donor area is then stitched closed. This can leave a visible scar on your head, especially if you have a history of keloid scarring. In some cases, there is also a feeling of tightness on the healed donor areas.
With the new modified slot method and follicular unit extraction (FUE), there is much less scarring and faster recovery time. Follicular unit extraction involves removal of individual hair follicles with microscopic circular incisions. The transplantation is done one at a time, either manually or robotically, following a pattern that matches the natural growth of your hair. The donor site does not exhibit prominent scars, making it a popular choice for most patients.
Due to the minimal invasiveness of new hair-restoration procedures, patients can even return to work the next day after the procedure. Though it can still take time to complete a procedure, the process is relatively shorter.
One of the primary goals of surgical hair restoration is to achieve natural-looking results. With advancements in technology and surgical techniques, it’s now possible to create a hairline that blends seamlessly with the patient’s existing hair. The use of finer grafts, smaller incisions, and robotic devices has resulted in hair transplants that look and feel natural. There is also the opportunity to create a bespoke hairline to achieve better facial harmony.
Contact Us to Learn More
Patients now have more options than ever before to achieve natural-looking results through surgical hair restoration. Contact Blackhawk Hair Restoration to find out more about your options. Schedule a consultation today and we will assist you with all your questions.
Contact Us to Learn More
Set up an appointment for a consultation with Dr. Stephen Ronan by calling (925)736-5757 today and learn if you are a good candidate for FUT in Danville. At Blackhawk Hair Restoration, we will help you find a lasting solution to hair loss.
“From the moment I walked in my experience was amazing. The staff is friendly and highly knowledgeable and the work done there is unmatched! “
“I could not have been more pleased with my experience at BPS! The staff were positive and professional from the very start. They checked in on me throughout the process… “