esthetics by emi med spa
Your Salt Lake County Expert

Splendor X Laser Hair Removal in Salt Lake County

The next generation of laser hair removal has arrived! At Esthetics by Emi Med Spa, we proudly offer Splendor X by Lumenis — the first laser of its kind to combine Alexandrite and Nd:YAG wavelengths for faster, safer, and more effective treatments across all skin types.

Why Choose Splendor X?

Splendor X is redefining what patients can expect from laser hair removal:

  • Superior Results: Targets unwanted hair with precision for long-term reduction.
  • Safe for More Skin Tones: Thanks to BLEND X® dual-wavelength technology, it works effectively on a wider range of skin tones — even tanned or darker skin.
  • Unmatched Speed: With its patented square-fiber spot size (up to 27×27mm), sessions are completed faster, treating larger areas with fewer passes.
  • Enhanced Comfort: Dual cooling (Cryo-Touch & Cryo-Air) minimizes discomfort and reduces the risk of burns.
  • Cleaner, Safer Environment: Built-in plume evacuation reduces smoke, smell, and airborne particles.

Treatments Available

With Splendor X, we can treat more than just unwanted hair:

  • Laser Hair Removal – Face, underarms, bikini, legs, back, and more
  • Vascular Lesions – Spider veins, broken capillaries
  • Pigmented Lesions – Sunspots, age spots, freckles
  • Skin Revitalization – Improves tone and texture
  • Wrinkle Reduction – Promotes smoother, firmer-looking skin

How It Works

Splendor X uses dual-wavelength laser technology (755nm Alexandrite + 1064nm Nd:YAG) that can be customized for your unique skin type and hair color. The advanced cooling system ensures maximum comfort while delivering consistent energy for reliable results.

What to Expect

  1. Consultation: We assess your goals and skin type.
  2. Customized Plan: Tailored treatment settings using FDA-cleared protocols.
  3. Quick Sessions: Large treatment areas covered in less time.
  4. Lasting Results: Noticeable reduction after a few sessions, with permanent hair reduction over time.