Derma Stamp Roller 140A Titanium Microneedle Adjustable 0-3mm Skin Care

Derma Stamp Roller 140A Titanium Microneedle Adjustable 0-3mm Skin Care Description

High-Quality Material: The superior quality of stainless steel needles and wear-resistant, heat-resistant PC handle make this microneedle pen lightweight, durable, and easy to carry. Achieve precise and perfect skin with confidence using this advanced technology tool.
Promotes Deep Absorption: Our microneedle pen delivers vital nutrients to your skin, thanks to the creation of numerous microchannels. Witness a significant improvement in skin health and texture with this game-changing tool.
Versatile Needle Length: Personalize your skin routine with our Microneedle Pen's easily adjustable needle length. Lengthen clockwise for up to 2.5mm for deep scars and creases, or shorten counterclockwise to 0.25mm for daily skin care. The perfect tool for all skin types.
Enhanced Control: Designed with beginners in mind, this microneedle pen boasts a comfortable, anti-slip handle for enhanced control and precision. The ergonomic design fits your hand perfectly, allowing you to achieve professional-looking results with ease.
Transformative Results: Our Microneedle Pen is equipped with state-of-the-art technology that can address multiple skin concerns. It is perfect for people with different skin types, and it effectively works on various issues, including large pores, uneven skin tone, and more.

Derma Stamps are the best choice for improving skin texture. With strong and durable, ergonomic design, they absorb and improve skin effects naturally. Get ready to notice notable skin improvements without any side effects.

Specification:
Name: Microneedle Pen
Handle Material: PC
Needle Material: Stainless Steel
Length: about 0-3.0mm, controlled by left and right buttons

Packing List:
1* Microneedle Pen

Notes:
1. Due to the different monitor and light effects, the actual color of the item might be slightly different from the color which is showed in the pictures.
2. Please forgive a slight measuring deviation due to manual measurement.