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The Platform

Cold plasma, engineered for industry.

A controllable, scalable, low-residue treatment platform designed to fit modern industrial workflows — not disrupt them.

01 · Fundamentals

What is cold plasma?

Plasma is the fourth state of matter — an ionized gas containing free electrons, ions, and reactive species. "Cold" plasma is generated at near-ambient temperatures, which means the chemistry happens without the heat that limits where conventional plasma can be applied.

The result is a treatment medium that is chemically active but thermally gentle. It can interact with surfaces, particles, and flowing media without damaging temperature-sensitive materials or leaving behind chemical residues.

~25°C
Operating temperature
10⁻³s
Reactive-species lifetime
N₂/O₂
Common feed gases
Plasma field
02 · The NanoGuard Approach

Indirect treatment. Engineered for scale.

Most early-stage cold plasma work has been built around direct exposure in controlled lab settings. Our platform was designed differently — for industrial throughput, operational integration, and the realities of commercial deployment.

— Process Architecture —
FEED GAS N₂ · O₂ · Air Ambient input PLASMA REACTOR Patented generation Controlled, stable DELIVERY Indirect treatment Uniform exposure TARGET MEDIA Grain · Seed · Water Surface · Volume 01 INPUT 02 GENERATION 03 DELIVERY 04 TREATMENT
Architecture

Indirect treatment

Reactive species are generated and delivered in a controlled, separated architecture — supporting safer operation and uniform exposure.

Throughput

Built for scale

Designed to operate at the cycle times and volumes that real industrial facilities require — not just lab benches.

Tunable

Application-adaptive

Process parameters are tunable per application, letting one platform serve multiple industry use cases.

03 · Practical Benefits

Why this matters operationally.

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Low- to no-residue

Treatment without the chemical residue trail that drives compliance and disposal costs.

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Non-thermal

Compatible with heat-sensitive materials that would degrade under conventional thermal processes.

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Reduced chemistry

Lower reliance on toxic fumigants, chlorinated chemistry, and aggressive sterilants.

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Operationally safer

Designed for working environments where worker exposure and PPE burden matter.

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Workflow-ready

Engineered to integrate into existing industrial processes, not replace them.

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Future-aligned

Positioned ahead of tightening environmental and worker-safety regulation.

Discuss a potential use case.

Tell us about your application — our team can help you evaluate where cold plasma fits in your workflow.

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