Decontaminate. Sterilize. Clean.

Smart Plasma Sterilizers

All our machines are EU-GMP and GPP suitable.

They are automated and self-cleaning with one or two door options.

The control system in our machines include a touch-panel for operator control, along with:

a library of processes for safe and consistent processing.
real-time monitoring and recording.

We offer technical support and services for a complete turn-key and custom solution.

Product Specifications

Want to know more about our products? Click the links below for the detailed specifications of each of our plasma sterilization systems.

One Door System:

CP390-6L

Two Door System:

CP390-6-TD

Research Data on Cannabis

Total concentration of terpenes measured using GC analysis:

Microbial Scans:

Total aerobic bacteria, bile-tolerant gram-negative, and total yeast and mould tests were performed on naturally contaminated medical products according to USP62, MFHPB-33 and MFHPB-32 methodologies.

THC and CBD molecules were quantified using high-performance liquid chromatography. Terpenes were quantified using gas chromatography.

Yeast and mould species, the most resilient contaminants, were destroyed with 99.99% efficacy.

Cannabinoid and terpene profiles were preserved by the plasma microbial remediation process.

How do Remediation Technologies Compare?

Gamma Irradiation

Ionizing Radiation • Bulk Treatment

No AMRadV Required: ❌
Organic Compatible: ❌
Log Reduction: 4–6 Log
Cost: 💸 High CAPEX / OPEX
Cycle Time: Several Hours (Facility Dependent)
Notes: Limited availability. May degrade terpenes/moisture.

E-beam Irradiation

Ionizing Radiation • Bulk Treatment

No AMRadV Required: ❌
Organic Compatible: ❌
Log Reduction: 4–6 Log
Cost: 💸 High CAPEX / OPEX
Cycle Time: Several (Facility Dependent)
Notes: Similar to gamma. Terpene loss concerns.

X-Ray Irradiation

Ionizing Radiation • Bulk Treatment

No AMRadV Required: ❌
Organic Compatible: ❌
Log Reduction: 4 Log
Cost: 💸 High CAPEX / OPEX
Cycle Time: 3 - 6 Hours
Notes: Similar to gamma. Terpene loss concerns. Long cycle time.

UV Irradiation

Non-Ionizing Radiation • Surface Treatment

No AMRadV Required: ✅
Organic Compatible: ❌
Log Reduction: 2 Log
Cost: 💡 Moderate CAPEX / Low OPEX
Cycle Time: 1 - 3 Hours
Notes: Line of sight treatment. Uniformity issues. Poor quality preservation.

Ozone, Hydrogen Peroxide Vapour

ROS Radicals • Surface Treatment

No AMRadV Required: ✅
Organic Compatible: ❌
Log Reduction: 2 Log
Cost: 💡 Moderate CAPEX / Moderate OPEX
Cycle Time: 2 - 6 Hours
Notes: Long cycle time. Exposes product to chemicals. Poor quality preservation.

MW / RF Treatment

Non-Ionizing Radiation • Bulk Treatment

No AMRadV Required: ✅
Organic Compatible: ✅
Log Reduction: 3 Log
Cost: 💸 Moderate CAPEX / High OPEX
Cycle Time: 1 - 3 Hours
Notes: Uniformity issues. Heat generation impacting product quality.

Cold Plasma Treatment

ROS/RNS + UV • Surface Treatment

No AMRadV Required: ✅
Organic Compatible: ✅
Log Reduction: 4 - 5 Log
Cost: 💡 Moderate CAPEX / Low OPEX
Cycle Time: 0.5 - 1.5 Hours
Notes: Uniform Treatment. Clean process. Good cannabinoid preservation.

1: Ionizing radiation: radiation that has enough energy to extract electrons (aka to ionize) from the molecules of the material it irradiates. 2: ROS-reactive oxygen species. 3: RNS-reactive nitrogen species. 4: Energetic particles-ions, atoms, molecules and electrons with kinetic energy. 5: Compatible with organic practices. 6: Cost Measurements: High: > $500,000 ; Moderate: > $50,000; < $500,000 ; Low: < $50,000

We've compared remediation technologies to determine where they fail and succeed. To learn more about different plasma remediation technologies, read our article, and discover why low pressure cold plasma is the future of microbial remediation.

Still Curious?

Or read our brochure, and discover why our cold plasma systems are crucial for safe and sustainable production of cannabis.