BTL Exion – Intelligent Aesthetic Platform for Face & Body Rejuvenation

The BTL Exion is a next-generation, multi-modality aesthetic platform that combines advanced radiofrequency (RF), targeted ultrasound, and AI-driven robotics to deliver highly effective, comfortable, and customizable treatments for both facial and body rejuvenation. Developed by BTL Aesthetics, a leader in non-invasive aesthetic and body shaping technologies, Exion sets a new standard for personalized care, combining precision, power, and patient comfort.

Exion is built around four innovative technologies—Exion Face, Exion Body, Exion Fractional RF, and Exion Ultrasound—each targeting specific aesthetic concerns with minimal to no discomfort or downtime. The platform utilizes proprietary AI algorithms to adjust energy delivery in real-time based on tissue feedback, ensuring consistent results and reduced risk of overtreatment.

The standout feature, Exion Fractional RF, uses monopolar RF energy combined with controlled mechanical penetration to reach up to 8 mm depth without full needle insertion, stimulating deep collagen and elastin remodeling while minimizing trauma. Exion Ultrasound, meanwhile, facilitates needle-free hyaluronic acid enhancement, boosting skin hydration and elasticity from within.

Whether you’re looking to improve fine lines, skin laxity, dermal volume, or overall tone and texture, BTL Exion offers a versatile solution with measurable results across the face, neck, décolleté, abdomen, arms, and more.

Package Included (Typical BTL Exion Setup)

• BTL Exion Main Console – compact, with touchscreen interface

• Handpieces:

  • Fractional RF microneedling

  • Face applicator (monopolar RF + targeted ultrasound)

  • Body applicator (RF + ultrasound)

  • Oopsime™/EMFEMME® 360 applicator (for intimate wellbeing) 

• Power cable & footswitch

• RF/ultrasound coupling gel

• User manual & clinical protocol guide

• Calibration filter/tool

• Protective trolley or carrying case (as available)

• Warranty & technical support documentation