Can Microneedling Promote Hair Growth?

Can Microneedling Promote Hair Regrowth?

Microneedling, a popular procedure for skincare, is also used for hair restoration. Learn how leveraging your body's immune processes can stimulate hair regrowth.

What Causes Hair Loss?

Hair loss is tied to the stages of the natural hair growth cycle: anagen (growth), catagen (regression), telogen (rest), and exogen (shedding). The hormone DHT can cause hair follicles to remain in the telogen stage longer, influencing hair loss as DHT levels rise with age.

If follicles remain dormant too long, they may become incapable of growth, leading to hair loss and balding. Understanding these phases is key to tackling hair loss effectively.

Microneedling Compared to Procell Microchanneling

Microneedling uses micro-injuries to boost collagen production and improve skin texture by creating horizontal skin tears. This reaction firms and smoothens the skin through collagen synthesis.

Procell Microchanneling enhances microneedling by using vertical channels to activate immune responses for collagen production, allowing deeper serum penetration, vital for hair regrowth.

While microneedling induces healing, microchanneling enhances cellular communication for improved skin health, achieving superior results, less irritation, and a rapid recovery time.

Addressing Hair Loss with Procell Microchanneling

Procell Microchanneling tackles hair loss by stimulating circulation and enhancing serum absorption in the scalp. The Procell Hair Regrowth Serum inhibits DHT access to follicles and reactivates dormant follicles using the WNT-1a compound and stem cell growth factors.

The typical Procell regimen involves six sessions spaced every three weeks, aligned with the hair's growth cycle. Continued use of the Aftercare Serum supports regrowth, with early treatment commencement enhancing outcomes.

Procell Microchanneling offers lasting improvements to scalp health, promoting thicker, stronger hair growth and enabling the enjoyment of vibrant, healthy hair throughout life.