Derma Roller with 540 Titanium Alloy Micro Needles 0.5 mm | Suitable for Beard Also | Reduces Hair Fall | Stimulates Hair Follicles | Easy to use | Safe & Effective

Name : Derma Roller with 540 Titanium Alloy Micro Needles 0.5 mm | Suitable for Beard Also | Reduces Hair Fall | Stimulates Hair Follicles | Easy to use | Safe & Effective

Product Name : Derma Roller with 540 Titanium Alloy Micro Needles 0.5 mm | Suitable for Beard Also | Reduces Hair Fall | Stimulates Hair Follicles | Easy to use | Safe & Effective

Brand Name : Others

Brand : Others

Net Quantity (N) : 1

Skin Type : All Skin Types

Type : Stick

Derma roller for hair growth

0.5 mm derma roller

Titanium microneedle derma roller

Beard derma roller

Scalp derma roller

Hair fall control derma roller

Derma roller 540 needles

Microneedling roller for hair

Derma roller for beard growth

Micro needle roller for scalp

Derma roller for beard

Derma roller for hair loss

Stimulates hair follicles

Reduces hair fall naturally

Microneedling for hair regrowth

Hair thickening tool

Beard patch filler tool

Men’s hair growth solution

Derma roller for men’s beard

Beard growth tool

Safe derma roller for home use

Easy-to-use derma roller

Effective microneedle therapy

Anti-hair fall tool

Non-invasive hair growth device

Titanium alloy derma roller

Reusable derma roller

540 microneedles derma tool

Compact microneedle roller

540 Titanium Alloy Micro Needles

Crafted with durable, medical-grade titanium to ensure long-lasting performance and precise skin penetration.

0.5 mm Needle Length – Optimal for Hair & Beard Use

Scientifically recommended length for reaching the dermis layer to stimulate follicle regeneration without causing discomfort.

Promotes Hair Growth & Reduces Hair Fall

Micro-needling increases blood circulation to the scalp and beard area, encouraging natural hair regrowth and minimizing breakage.

Safe & Non-Invasive Treatment

No chemicals or harsh procedures – just gentle stimulation to support your hair

Country of Origin : India