EDUCATION$INFORMATION
Understanding Permanent Hair Removal
Everything you need to know about electrolysis technology — from the science behind it to probe selection guidance for professionals.
The Science
Electrolysis: The Only Permanent Solution
Electrolysis is recognized by the FDA as the only method of permanent hair removal. Unlike laser or IPL treatments which can only achieve long-term reduction, electrolysis destroys the hair follicle’s ability to regrow — permanently.
The procedure uses a fine probe inserted into the follicle alongside the hair shaft, delivering a small electrical current that disables the follicle. Depending on the modality used, this current is thermolytic (heat-based), galvanic (chemical), or a blend of both.
The quality of the probe is central to the quality of the treatment — which is why the tools you choose matter as much as the technique you use.
Recommended by training schools and seasoned practitioners alike, our products have earned their reputation through decades of trusted performance in treatment rooms worldwide.
Whether you’re a seasoned practitioner or exploring electrolysis for the first time, our educational content helps you make informed decisions about the tools and techniques you use.
Three Methods of Electrolysis
Professional electrolysis uses three established treatment methods. Each modality works differently, allowing qualified electrologists to select an approach based on individual treatment needs.
Thermolysis
(Shortwave)
Thermolysis uses high-frequency alternating current to generate heat within the hair follicle. This thermal energy targets hair-growth cells as part of professional electrolysis treatment.
- Heat-based electrolysis technique
- Commonly uses short application times
- Requires appropriate equipment and probe selection
Galvanic
Electrolysis
Galvanic electrolysis uses direct current to create a chemical reaction inside the hair follicle. This reaction produces an alkaline substance that acts on the cells responsible for hair growth.
- Direct-current electrolysis method
- Chemical action within the follicle
- Typically involves longer application times per follicle
Blend
Electrolysis
The Blend method combines galvanic and thermolysis techniques. Direct current creates a chemical reaction, while high-frequency energy produces heat, allowing both mechanisms to act within the follicle.
- Combines chemical and thermal energy
- Uses both direct and high-frequency current
- Selection depends on practitioner assessment and equipment
Professional Reference: Treatment modality, probe compatibility, and equipment settings should be determined by qualified electrologists according to individual client needs and manufacturer instructions.
Choosing the Right Electrolysis Probe
Selecting the appropriate electrolysis probe depends on treatment modality, hair and follicle characteristics, equipment compatibility, and individual client needs. Explore this quick professional reference guide.
| Probe Type | Selection Considerations | Treatment Modality |
|---|---|---|
| Stainless Steel | A conventional metallic probe option for professional electrolysis. Consider follicle size, material composition, and client sensitivity. | Galvanic, Thermolysis, Blend — subject to product compatibility |
| Gold-Plated | A metallic probe featuring a gold-plated surface. Verify coating composition and underlying materials, particularly for clients with known metal sensitivities. | Depends on the specific probe design and manufacturer's instructions |
| Insulated | A probe with a nonconductive coating over part of the shaft, leaving a defined conductive area. Evaluate the insulation design and equipment requirements. | Commonly used for Thermolysis; confirm compatibility with the specific product |
Note: This table provides general educational information about common electrolysis probe categories. Material availability, coating design, supported modalities, and compatibility must be confirmed against the actual LiQiAMEi product specifications. Probe selection should be performed by a qualified professional.
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