Hyperhidrosis
Discover safe and effective Botox treatments for hyperhidrosis, designed to target excessive (or regular) sweating in areas such as the underarms, hands, or feet. This procedure temporarily blocks the overactive sweat glands, providing long-lasting relief and restoring your confidence.
With Xeomin
Regular cost: $750
First-time special: $700
Membership $175/month
With Botox or Dysport
Regular cost: $1000
First-time special: $950
Membership $235/month
Botox for Hands or Underarms
About Hyperhidrosis Tox for Hands or Underarms
What Is Hyperhidrosis Botox?
Hyperhidrosis Botox is an injectable treatment that effectively targets excessive sweating in areas such as the underarms, hands, feet. By temporarily blocking overactive sweat glands, this procedure helps reduce perspiration, providing long-lasting results and boosting confidence in everyday life.
How It Works?
Botox is carefully injected into targeted areas to address excessive sweating caused by hyperhidrosis. By temporarily blocking the nerves that activate overactive sweat glands, this treatment effectively reduces perspiration in areas like the underarms, hands, or feet. Performed by skilled professionals, it provides noticeable, long-lasting results with minimal downtime.
What to Expect During Treatment?
Your Botox session starts with a personalized consultation to discuss your concerns and desired outcomes. Our experienced practitioners use precise techniques to administer Botox for hyperhidrosis, targeting areas like the underarms, hands, or feet. The procedure usually takes 10-20 minutes with minimal discomfort. Results may vary, and the effects are temporary, requiring periodic treatments for ongoing relief.
Disclaimer:
All treatments, including forehead, for frown lines, crow's feet, and around the eyes, are administered by licensed medical practitioners. Results may vary by individual. Botox is for specific uses, including forehead wrinkles, glabellar lines, and crow’s feet. Always consult a qualified provider for personalized recommendations.