What is Ashley RF Microneedling?
Ashley is a fractional radiofrequency microneedling system that uses an array of ultra-fine, insulated needles to deliver controlled RF energy into the dermis without significant injury to the epidermis. Unlike traditional lasers that heat the surface of the skin, Ashley’s needles bypass the epidermis, minimizing surface damage and thereby greatly reducing the risk of pigmentation or prolonged healing.
Key Benefits
- 1 .
Visible Skin Tightening
Ashley helps lift and firm sagging skin by stimulating collagen deep within, delivering a noticeably more contoured and youthful appearance.
- 2 .
Wrinkle & Fine Line Reduction
Smooth out fine lines and deeper wrinkles across the face, neck, and body with precision energy that restores elasticity from within.
- 3 .
Improved Skin Texture & Scars
Refines rough texture, minimizes enlarged pores, and visibly reduces acne scars and stretch marks for clearer, smoother skin.
- 4 .
Radiant, Even-Toned Complexion
Enhances skin brightness and clarity while reducing pigmentation and discoloration, revealing a fresher, more luminous look.
- 5 .
Fast Recovery, Minimal Downtime
Patients enjoy rapid return to daily life — often within 1–2 days — with only mild redness and no significant surface damage.
- 6 .
Safe for All Skin Types
Unlike lasers, Ashley can be used confidently on all skin tones year-round with minimal risk of pigmentation or irritation.
Technical Overview
Technical Overview
About IDS
IDS group is a business specialized in producing multiple function laser machines that can be used for simultaneous surgical and aesthetic or surgical and dental treatments. They are a leading global manufacturer in the fields of aesthetic, surgical, dental, cosmetic, and veterinary medicine. Additionally, they have operated in the fields of dentistry and cosmetics; they now export their surgical, aesthetic, dental, and cosmetic devices to over 45 countries around the world due to their unique technology's decades-long focus on the medical and cosmetic fields.
