Microcurrent Technology

Microcurrent Technology Training for Estheticians

Microcurrent is a non-invasive, painless, and effective electrotherapy device that delivers tiny doses of healing current to local tissue. Studies suggest that microcurrent accelerates the healing process. Used by physicians, acupuncturists, chiropractors, physical therapists, and skincare professionals, microcurrent popularity continues to soar.

Microcurrent, often called the non-surgical facelift, is a painless and effective electrotherapy device that delivers tiny doses of healing current to local tissue. The electrical current mirrors the body’s own natural current, causing overused muscles are relaxed and underused muscles are stimulated. Microcurrent has been proven in wound healing, muscle rehabilitation, macular degeneration, to lymphedema.

The intended use for Microcurrent in esthetic treatments is to allow the esthetician a powerful and effective tool to aid in the battle of anti-aging by diminishing the appearance of fine lines, improve the texture and appearance of the skin, and reduce the overall visual appearance of aging.

Interested in an Advanced Course?


What You Will Learn

Our Advanced Esthetics Training Course in Microcurrent Technology includes theory lectures and hands-on training using live models. In this course students will learn:

  • Benefits & Contraindications
  • Safety & Sanitation
  • Procedures & Techniques
  • Maximizing Results with Appropriate Product Selection
  • Face Mapping
  • Live Model Practice

Eligibility and Requirements

Students must hold a New York State esthetician license or other professional licensing, including Cosmetologists (or equivalent professional governing body designation), Licensed Registered Nurse (RN), Licensed Practicing Nurse (LPN), Physicians’ Assistant (PA), Physician, or Massage Therapist. Exceptions may be made for graduate students in the above fields or in their last quarter of study.

2 Days Microcurrent Technology Course

Next Class: DECEMber 2-3, 2024: 9am-5pm

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