Mechanism of Action
Cold plasma is an ionized gas composed of charged and neutral particles, created by applying electrical energy to a gas. In cosmetic applications, these reactive species are used to refresh and support the appearance of skin clarity and radiance.
How Is Cold Plasma Different From Fibroblasting?
Cold plasma and fibroblast devices are based on entirely different technologies. While fibroblast pens create a visible arc to trigger tissue contraction, cold plasma delivers ionized gas for a non-contact, non-ablative cosmetic experience. Cold plasma is often selected for appearance-focused skincare goals due to its gentle application and versatility.
What It Feels Like
Users typically describe a mild tingling or warmth during use
The treatment is non-contact and typically well-tolerated
No topical anesthetic is needed
Why Users Love Cold Plasma
Helps support a clearer, brighter-looking complexion
Popular for use on the appearance of sensitive, oily, or stressed skin
May enhance the appearance of smoother skin texture
Often used as part of a professional facial to complement other cosmetic treatments
Non-contact and non-ablative, making it a convenient skincare add-on
This device is for cosmetic and wellness use only. It is not FDA-cleared and is not intended to diagnose, treat, or cure any medical condition such as acne, wounds, or skin disorders.
Included with Purchase
1 x Cold Plasma Pen
3 x Interchangeable Ceramic Tips (each designed for approx. 100 uses with proper disinfection)
1 x User Manual
1 x Metal Storage Box
Tip hygiene: Each ceramic tip is non-metal and easy to sanitize, making the pen suitable for professional cosmetic environments.
Device Output Information (for Informational Purposes Only)
Output Range: 7,200–8,800 Vp-p (Levels 1–5)
Extremely low ozone generation
Requires no direct skin contact during use
Plasma Perfecting® Cold Plasma
Cold Plasma: Measured in Volts (Electrical Potential)
• Why Volts?
Voltage (V) represents the electrical potential required to ionize a gas—such as helium, argon, or nitrogen—into a plasma state.
How It Works
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Cold plasma devices use high-voltage, low-current energy to ionize surrounding air or injected gas
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These devices typically operate between 7,000–13,000V but produce minimal heat and very low power (in watts)
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Unlike fibroblast devices, cold plasma is non-ablative and does not create visible burns or thermal effects
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Often selected in cosmetic settings for its gentle, non-contact energy delivery, ideal for appearance-focused treatments
This product is intended for cosmetic use only. It is not FDA-cleared and is not intended to affect the structure or function of the skin or cells.
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