Plasmastatic Mini
The Plasmastatic Mini is a compact electrostatic separation device designed to isolate microscopic particles from finely prepared botanical material using controlled static electricity. This desktop‑scale system enables precise particle refinement without the need for solvents, water, or additional chemical inputs. By utilising electrostatic charge differentiation, the Plasmastatic Mini allows users to separate desirable material from contaminants such as dust, stalks, and plant debris with impressive accuracy.
Built for laboratory testing, research environments, and small‑batch processing, the Plasmastatic Mini offers a simple and efficient way to experiment with electrostatic separation technology. Its compact footprint, low energy requirements, and straightforward operation make it suitable for desktop workspaces and small processing setups.
Advanced Electrostatic Separation Technology
The Plasmastatic Mini operates using static electricity to separate particles based on their electrical characteristics, size, and physical composition. When powdered material is introduced into the system, different particles respond uniquely to the electrostatic field. This allows cleaner, round particles to be selectively attracted and collected while heavier contaminants and unwanted material are rejected.
Because the separation process relies purely on static electricity, the Plasmastatic Mini operates without solvents, chemicals, or additional processing inputs. The method is non‑thermal and helps maintain the integrity of delicate particles throughout the separation process.
Compact Desktop Design for Testing and Small‑Batch Work
The Plasmastatic Mini is designed specifically for small‑scale testing and experimental workflows. Its desktop form factor allows researchers and operators to easily evaluate powdered biomass samples and refine material before larger‑scale processing. The simple workflow involves placing finely prepared material into the device and collecting the separated particles.
With low power consumption and minimal infrastructure requirements, the Plasmastatic Mini is suitable for laboratories, research facilities, and craft‑scale processing environments where precision particle separation is required without installing large industrial equipment.
Key Features
- Electrostatic separation powered entirely by controlled static electricity.
- No solvents, chemicals, or water required for operation.
- Compact desktop footprint suitable for laboratories and small workspaces.
- Low power consumption with standard electrical connection.
- Simple loading process for powdered botanical material.
- Refined material separation from contaminants such as dust and plant debris.
- Processed material remains suitable for additional downstream processing if required.
- Protected by U.S. Patent No. 12,472,511 with additional patents pending internationally.
Specifications
| Product Type | Desktop electrostatic separator |
|---|---|
| Separation Method | Static electricity particle separation |
| Process Type | Solvent‑free, non‑thermal separation |
| Power Supply | 100–230 VAC |
| Frequency | 50–60 Hz |
| Power Draw | 5 Amps |
| Weight | Approx. 8 kg |
| Dimensions | Approx. 35.5 × 21 × 21 inches |
| Usage Type | Small‑batch or experimental processing |
| Patent Protection | U.S. Patent No. 12,472,511 |
Applications
The Plasmastatic Mini is used for refining finely prepared botanical material by separating microscopic particles from unwanted contaminants. Its electrostatic separation method provides a modern alternative to traditional screening techniques and is particularly useful for research, laboratory testing, and small‑batch refinement where precision and material cleanliness are important.
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Description
The Plasmastatic Mini is a compact electrostatic separation device designed to isolate microscopic particles from finely prepared botanical material using controlled static electricity. This desktop‑scale system enables precise particle refinement without the need for solvents, water, or additional chemical inputs. By utilising electrostatic charge differentiation, the Plasmastatic Mini allows users to separate desirable material from contaminants such as dust, stalks, and plant debris with impressive accuracy.
Built for laboratory testing, research environments, and small‑batch processing, the Plasmastatic Mini offers a simple and efficient way to experiment with electrostatic separation technology. Its compact footprint, low energy requirements, and straightforward operation make it suitable for desktop workspaces and small processing setups.
Advanced Electrostatic Separation Technology
The Plasmastatic Mini operates using static electricity to separate particles based on their electrical characteristics, size, and physical composition. When powdered material is introduced into the system, different particles respond uniquely to the electrostatic field. This allows cleaner, round particles to be selectively attracted and collected while heavier contaminants and unwanted material are rejected.
Because the separation process relies purely on static electricity, the Plasmastatic Mini operates without solvents, chemicals, or additional processing inputs. The method is non‑thermal and helps maintain the integrity of delicate particles throughout the separation process.
Compact Desktop Design for Testing and Small‑Batch Work
The Plasmastatic Mini is designed specifically for small‑scale testing and experimental workflows. Its desktop form factor allows researchers and operators to easily evaluate powdered biomass samples and refine material before larger‑scale processing. The simple workflow involves placing finely prepared material into the device and collecting the separated particles.
With low power consumption and minimal infrastructure requirements, the Plasmastatic Mini is suitable for laboratories, research facilities, and craft‑scale processing environments where precision particle separation is required without installing large industrial equipment.
Key Features
- Electrostatic separation powered entirely by controlled static electricity.
- No solvents, chemicals, or water required for operation.
- Compact desktop footprint suitable for laboratories and small workspaces.
- Low power consumption with standard electrical connection.
- Simple loading process for powdered botanical material.
- Refined material separation from contaminants such as dust and plant debris.
- Processed material remains suitable for additional downstream processing if required.
- Protected by U.S. Patent No. 12,472,511 with additional patents pending internationally.
Specifications
| Product Type | Desktop electrostatic separator |
|---|---|
| Separation Method | Static electricity particle separation |
| Process Type | Solvent‑free, non‑thermal separation |
| Power Supply | 100–230 VAC |
| Frequency | 50–60 Hz |
| Power Draw | 5 Amps |
| Weight | Approx. 8 kg |
| Dimensions | Approx. 35.5 × 21 × 21 inches |
| Usage Type | Small‑batch or experimental processing |
| Patent Protection | U.S. Patent No. 12,472,511 |
Applications
The Plasmastatic Mini is used for refining finely prepared botanical material by separating microscopic particles from unwanted contaminants. Its electrostatic separation method provides a modern alternative to traditional screening techniques and is particularly useful for research, laboratory testing, and small‑batch refinement where precision and material cleanliness are important.
