🚫 Rethink Deodorant:

Your Scalar Plasma Projector Might Be All You Need (on the Lowest Setting)

Imagine staying fresh all day...
With no chemicals, no residue, and no buildup—just pure energy.

Thanks to the Scalar Plasma Projector, this is no longer a futuristic dream. This device already used by wellness practitioners to energize food, improve skin vitality, and support cellular healing can now be used for daily odor control, with nothing more than a few minutes under each arm.

⚛️ How It Works

By emitting cold plasma and scalar waves, the device creates a field rich in ions, reactive oxygen species (ROS), and ozone. These naturally occurring elements:

Neutralize odor-causing bacteria
Support skin health
Restore microbial balance
...without applying anything to your body.

This works best on clean, dry skin, and most importantly:

⚠️ Use the Scalar Plasma Projector on its lowest setting for this protocol.

🔥 Important Safety Note

Do not use this method if you have applied CONventional deodorants, especially those containing:

Aluminum compounds
Synthetic fragrances
Alcohol-based ingredients

These compounds can become reactive under plasma and scalar exposure—not ideal for your body or your device.

However, if you're already using a natural deodorant, great! We celebrate that.
Just make sure it’s non-flammable and fully absorbed before scalar use.
For optimal effect, the best approach is to apply scalar directly to bare, clean skin and many users find they eventually don’t need anything else.

🌀 Protocol: Scalar Plasma as Daily Deodorant

Step Instruction Prep Wash & dry underarms completely Device Setting Lowest output level Positioning Hold projector 1–2 cm from skin Duration 1.5–3 minutes per underarm Frequency 1–2 times daily

🌿 Not Anti-Natural. Just Pro-Energy.

We honor the growing wave of clean, plant-based hygiene options. They’re a leap in the right direction. But even the best natural products have limitations:

You still have to reapply
They can interact with sweat, heat, or skin pH
Some contain essential oils that may irritate sensitive skin

That’s why integrating scalar plasma into your hygiene routine can be so powerful—it’s non-topical, non-invasive, and biophysically intelligent.

⌛ How Long Do the Effects Last?

Let’s answer the #1 question everyone’s asking:

“If I use the Scalar Plasma Projector in the morning... how long will I stay fresh?”

Great news: this isn’t a cover-up. This is a bioelectric upgrade.

🔪 Average Duration Based on Plasma Science:

Blast Time Per Armpit Odor-Free Duration 1 Minute 4–6 Hours (light activity) 2 Minutes 6–10 Hours (standard coverage) 3 Minutes 8–12 Hours (deep and long-lasting)

↺ Consistency = Amplification
With regular AM + PM sessions, the field around your underarms becomes less favorable to odor-causing bacteria—meaning the less you’ll need over time.

🌬️ The Scalar Advantage:

Unlike deodorants that clog, coat, or mask:

You’re not applying a product, you're applying a field
The odor is neutralized at the source: the microbial layer
It’s not about fragrance it’s about frequency

And because scalar plasma supports lymphatic flow and skin vitality, your body learns to self-regulate odor with greater ease. The more consistently you use it, the longer it tends to last.

📂 Bottom Line:

One morning blast can carry most people through a full day.
One evening top-up? You’re now living in a 24-hour freshness field without residue, without chemicals, and without compromise.

Get Your Scalar Plasma Projector here Get Paid to Share the Impact

Cold Plasma as a Deodorant: Science-Backed Evidence

Figure: A demonstration of using a handheld cold plasma “electronic deodorant” device near the underarm to neutralize odor-causing bacteria and compounds. Underarm odor arises when skin bacteria metabolize sweat into pungent volatile compounds. Cold atmospheric plasma (CAP) offers a chemical-free way to attack odor at its source. When applied near the skin, CAP generates a short burst of ionized gas containing reactive oxygen and nitrogen species (ROS/RNS) and a small amount of ozone. These reactive molecules rupture bacterial cell walls, effectively sterilizing the odor-causing microbes. At the same time, plasma-generated oxidizers like ozone break down odorous compounds, neutralizing the smell instead of just masking it. Unlike traditional deodorants (which often use harsh chemicals or perfumes that can irritate skin), a CAP device works without direct contact or residues, using a plasma “air” stream to disinfect and deodorize the underarm area.

Proven Elimination of Odor-Causing Bacteria

Lab studies: A 2024 peer-reviewed study developed a plasma-based electronic deodorant and found it highly effective against the main armpit bacteria. In cultured samples, over 99% of Staphylococcus hominis and ~91% of Corynebacterium xerosis (the key microbes behind axillary body odor) were killed within 3 minutes of cold plasma treatment. Even at a 5 cm distance, a 1-minute plasma exposure significantly reduced bacterial colonies, showing the device can sanitize the skin surface from a short distance.
Clinical testing: In a recent trial of a handheld plasma deodorant device (PlaDeo) with 33 volunteers, 94% of participants reported a significant reduction or complete elimination of underarm odor when using cold plasma instead of regular deodorant. Objective swab tests confirmed that a 3-minute CAP application destroyed over 90% of the armpit’s odor-causing bacterial population. Participants remained odor-free through their normal daily activities after plasma treatment, highlighting its real-world efficacy.

Neutralizing Odorous Compounds at the Source

Killing bacteria helps prevent new odors from forming, but CAP goes further by dismantling the smelly molecules already present on the skin. The plasma’s reactive oxygen species actively oxidize the volatile organic compounds (VOCs) that cause body odor. Notably, one study measured the two primary underarm malodor chemicals – 3-hydroxy-3-methylhexanoic acid (HMHA) and 3-methyl-3-sulfanylhexan-1-ol (3M3SH) – on skin samples before and after plasma exposure. After just 5 minutes of CAP treatment, levels of these pungent compounds dropped by approximately 70–73%, indicating a dramatic reduction in odor intensity. In other words, cold plasma doesn’t just sanitize the area; it deactivates the existing sweat metabolites that produce a bad smell. This dual action (antimicrobial + chemical neutralization) leaves underarms noticeably fresher. In fact, users in the plasma deodorant trial stayed “armpit-odor-free throughout the day” after a treatment, since the plasma had neutralized immediate odors and suppressed their source. For an extra confidence boost, the device could simply be used again before important social events, though daily plasma use was typically sufficient to maintain freshness.

Safety and Skin Compatibility of Cold Plasma

A crucial advantage of CAP as a deodorant is its skin-friendly safety profile. Multiple studies report that cold plasma treatment is well-tolerated on skin, especially in comparison to chemical deodorants or more invasive odor treatments. Key safety points include:

Non-irritating, non-contact application: The plasma deodorant is used at a small distance (≈1 cm) from the skin, so it disinfects without physical abrasion or residue. The active ROS/RNS exist only for milliseconds and act on bacteria, dissipating before they can damage healthy skin cells. As a result, no pain or irritation is felt – users simply experience a flow of cool, ionized air. This contrasts with some conventional deodorants that can cause rashes or clogged pores.
Minimal heat and gentle energy: Cold plasma earns its name – it does not burn the skin. Thermal imaging in the 2024 study showed that a 5-minute CAP discharge raised skin surface temperature by only ~1.7 °C (from ~17.4 °C to 19.1 °C). This mild warmth is far below the ~40 °C threshold that dermatological devices try not to exceed to avoid burns. The plasma device stayed well within safe temperatures, and the integrated air flow also helps keep the treatment area cool. Participants in clinical use reported the plasma treatment was painless and comfortable, with no burning sensation.
Safe ozone levels, no toxic byproducts: While CAP creates a small amount of ozone (O₃) as a deodorizing agent, it’s within safe limits. Researchers measured an ozone concentration of only ~0.16 ppm at ~30 cm from the armpit during plasma use – this is below the international short-term exposure limit of 0.2 ppm, and effectively zero at slightly off-center distances. The ozone exists only during the brief plasma pulse and then rapidly breaks down. Aside from ozone, the reactive species generated (like hydroxyl radicals and nitrogen oxides) neutralize quickly into ordinary compounds, leaving no lingering chemicals on the skin once the device is turned off. Importantly, the process produces no significant UV radiation or carcinogenic factors – studies have found no DNA damage or mutagenic effects from typical cold plasma skin treatments.
No long-term skin damage: Extensive safety evaluations in plasma medicine show that CAP is generally safe for human skin when used properly. In one analysis, scientists followed up with patients 5 years after receiving repeated plasma treatments (for wound therapy) and found no chronic effects – no persistent inflammation, scarring, or abnormal cell changes (no tumors) in the treated skin. Likewise, animal studies with daily CAP exposure showed no systemic toxicity or lasting skin impairment. Experts conclude that cold plasma is a safe modality on skin, as long as excessive exposure is avoided (just as one would limit overuse of any active device). The built-in timing and distance controls of plasma deodorant devices help ensure each use stays within those safe bounds.

Long-Lasting Odor Protection Without Chemicals

Figure: Basic usage protocol for a scalar plasma deodorant on its lowest setting – apply the cold plasma output for ~1.5–3 minutes per underarm on clean, dry skin (once or twice daily as needed). This chemical-free approach neutralizes odor at the source without irritating the skin. One of the most promising findings is how long the deodorizing effect of CAP lasts. By knocking out odor-causing bacteria and residues, a short plasma treatment can provide hours of freshness. Users in the PlaDeo device trial, for example, typically used the plasma twice a day (morning and evening) and remained odor-free in the interim. In self-assessments, people noted that a single 1.5–3 minute plasma session kept their underarms fresh all day. This suggests CAP’s benefits persist at least as long as conventional deodorants (which often claim 12–24 hour protection), but without depositing any chemicals on the skin. Because plasma actually eradicates the odor source, there’s less risk of “odor breakthrough.” In cases of heavy sweating or important occasions, the plasma can simply be reapplied for a quick refresh, though the clinical results show most individuals didn’t feel the need for additional products after using the plasma device. In short, cold plasma provides durable deodorant action by creating a near-sterile, odorless environment in the underarm – and this effect holds up well through normal daily activities.

Bottom Line: Cutting-edge research from laboratories and clinical trials supports cold atmospheric plasma as an effective, safe, and long-lasting deodorant solution. CAP technology neutralizes underarm odor at its bacterial source, avoiding the drawbacks of chemical deodorants. Peer-reviewed studies show that a scalar plasma projector (cold plasma deodorant device) can deliver significant odor reduction, high bacterial kill rates, and proven skin safety – making it a promising innovation for personal odor control. The science-backed takeaway is clear: cold plasma can keep you smelling clean without perfumes or antiperspirant chemicals, by harnessing a physical germ-killing process that’s grounded in solid research.

Sources

Bok et al., Scientific Reports (2024) – Antibacterial and deodorizing effects of cold atmospheric plasma-applied electronic deodorant. (Demonstration of 99%+ bacterial kill in 3 min and ~70% odor compound reduction with CAP)
Coxworth, New Atlas (2025) – Electronic armpit device uses plasma to make deodorant obsolete. (Clinical trial of PlaDeo device: 94% users saw odor eliminated; >90% bacteria destroyed in 3 min)
Tan et al., Frontiers in Oncology (2022) – Plasma Dermatology: Skin Therapy Using Cold Atmospheric Plasma. (Comprehensive review of CAP skin applications and safety; 5-year follow-up showed no long-term adverse effects)
Hanyang University (2023) – PlaDeo device technical data (Indiegogo campaign). (Plasma-generated ROS/RNS mechanism, safety standards: safe ozone levels and minimal heat output in device operation)
Uemura et al., Clin. Plasma Med. (2018) – Observations of odor reduction in plasma-treated infected tissues (early evidence of CAP’s deodorizing capability in a medical context).

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