150 Sunny Isles Blvd

suite 11

Sunny Isles Beach

33160 -FL

Monday–Friday: 10am-6pm Saturday: 10am-1pm

Sunday: Closed 

UltraShape Power

Painless fat reduction with ultrasound 

To get rid of excess fat, diet and exercise will make the biggest impact. But when fat cells don’t respond to all your hard work, UltraShape® Power can help. UltraShape® is a complete solution for non-invasive body shaping. It was the first and only FDA-cleared procedure to use pulsed ultrasound energy to target and destroy stubborn fat cells. UltraShape® has been clinically proven in more than 350,000 treatments worldwide. Best of all, the non-surgical procedure won’t cause pain or scarring, so you can walk out feeling your best. For maximum results, we advise three sessions, one every fifteen days.

 

What can you treat with UltraShape Power?

  • Body Shaping
  • Fat Layer Thickness Reduction
  • Selective Fat Cell Destruction
  • Treat Both Large and Small Areas

What will your patientsexperience?

  • Virtually Painless: Mechanical versus thermal mechanism results in patients rating pain as 0.7 on a scale of 0 to 10 
  • Comprehensive Contouring: Single transducer for precisely focused delivery of ultrasound for the treatment of both large and small areas 

UltraShape Mechanism of Action

The UltraShape Power system works by emitting acoustic waves of focused ultrasonic energy (200 ± 30 KHz frequency) that converge into a confined focal volume underneath the skin, thereby, targeting only subcutaneous fat at a controlled depth. Unlike traditional ultrasound technology, UltraShape Power’s energy transmits pulsed ultrasound, allowing control over temperature elevation.

UltraShape Mechanism of Action The UltraShape Power system works by emitting acoustic waves of focused ultrasonic energy (200 ± 30 KHz frequency) that converge into a confined focal volume underneath the skin, thereby, targeting only subcutaneous fat at a controlled depth. Unlike traditional ultrasound technology, UltraShape Power’s energy transmits pulsed ultrasound, allowing control over temperature elevation.