PRECISION LASER TREATMENT FOR SMALLER AREA CONTOURING

PRECISION LASER TREATMENT FOR SMALLER AREA CONTOURING

Precision Technology for Optimal Results

PrecisionTx is an Nd:YAG 1440 nm wavelength laser. The 1440 nm wavelength is highly absorbed by water and creates a photomechanical effect which causes micro bubbles at the fiber tip (cavitation effect). This results in bidirectional energy distribution and more focused targeting of tissue.

PrecisionTx treatments are minimally invasive and can be done in-office. These one-time, one-hour procedures make PrecisionTx ideal for patients who are seeking the best possible results with the least amount of downtime.1

Defined Jawline and Neck—Without a Surgical Facelift

PrecisionTx for a Defined Look

The results of PrecisionTx treatments in the lower face and neck continue to improve over time:

  • Heat stimulated collagen production leads to skin thickening and tissue retraction2
  • A recent study demonstrated 29% increased skin thickness three months post treatment3
  • Minimal downtime

Hyperhidrosis – A Toxin-Free Ablation of Axillary Glands

PrecisionTx for Sweat Gland Ablation

PrecisionTx coagulates and ablates soft tissue of the axillary glands to treat Hyperhidrosis, also known as excessive sweating. A recent study on PrecisionTx showed4:

  • High patient satisfaction rate

1Gentile, R. Laser-assisted neck lift: high tech contouring and tightening. Facial Plast Surg. 2011;27:331-345
2Orringer JS, Ritte L, Baker D, Voorhees JJ, et al. Molecular mechanisms of nonablative fractionated laser resurfacing. Br J Dermatol. 2010 Oct;163(4):757–68
3Sasaki, GH. Clinical experience with the SideLaze800 fiber and the 1440nm wavelength Smartlipo TriPlex workstation for facial contouring. Data on file.
4Caplin, D. Clinical evaluation and quantitative analysis of axillary Hyperhidrosis treated with a unique targeted laser energy delivery method with 1 year follow up. ASLMS 2013 Poster, 15 patient study. Data on file.

*Every patient is unique and individual results may vary.

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