InMode Evolve Embody

The InMode Evolve EmBody is an advanced, non-invasive body contouring system that combines multiple technologies to address various aesthetic concerns. Designed for hands-free operation, it offers customizable treatments for skin tightening, fat reduction, and muscle toning, catering to patients seeking comprehensive body remodeling solutions.​

Key Features

• Tite: Utilizes bipolar radiofrequency (RF) energy to deliver uniform and volumetric heating to the skin and subdermal layers, promoting collagen production and improving skin elasticity.​

• Trim: Combines RF energy with a vacuum mechanism to target and reduce subcutaneous fat, effectively addressing cellulite and enhancing body contours.​

• Tone: Employs electrical muscle stimulation (EMS) to induce involuntary muscle contractions, strengthening and toning muscles in targeted areas.​

These modalities can be used individually or in combination, allowing practitioners to tailor treatments to individual patient needs.

Benefits

• Comprehensive Treatment: Addresses multiple body concerns—skin laxity, excess fat, and muscle tone—in a single platform.​

• Non-Invasive and Comfortable: Provides effective results without surgery, incisions, or downtime, ensuring patient comfort.​

• Hands-Free Operation: Enhances clinic efficiency by allowing simultaneous treatment of multiple areas without constant practitioner involvement.​

• Customizable Protocols: Enables personalized treatment plans to meet diverse patient goals and body types.​

Technical Specifications

• Applicators:

  • Tite: 8 hands-free applicators for skin remodeling.

  • Trim: 6 hands-free applicators combining RF and vacuum for fat reduction.

  • Tone: 4 hands-free applicators delivering EMS for muscle toning.​

• Safety Features:

  • Real-time monitoring of skin temperature to ensure optimal and safe energy delivery.

  • Patient call button for immediate assistance during treatment sessions.​

• User Interface:

  • Intuitive touchscreen interface for easy customization and monitoring of treatment parameters.