Industrial Standard for Non-Metal Fume Control & Extraction
C-Series Fume Extractor
Technical Data
| Power Rating | 1500W |
| Extraction Capacity | 5000 m³/h |
| Filter Performance | 99.97% @ 0.3 µm |
| Inlet Diameter | Ø 150mm |
| Suction Ports | 2 |
| Suitable Application | CO2 Laser Cutting/ Engraving |
Multi-Stage Filtration System
Combines a pre-filter for large debris, a specialized main filter for sticky resins and smoke, and an optional activated carbon filter for odors. This system is specifically engineered for the byproducts of burning organic materials.
Industrial Centrifugal Blower
Delivers the high, consistent static pressure needed to pull thick smoke through dense filter media and long duct runs. It’s built for durability in demanding production environments.
Large-Capacity Debris Collection Drawer
A primary drawer catches heavier sawdust and chippings before they reach the main filters. This extends filter life, reduces consumable costs, and makes waste disposal quick and clean.
Heavy-Duty Steel Construction
The housing is built from powder-coated steel to withstand shop conditions. It protects the internal components from impact and provides long-term reliability.
Automatic Filter Cleaning Pulse System
A system of compressed air jets that periodically “pulse” or shake the filters. This dislodges caked-on metal dust, maintains consistent airflow, and dramatically extends the service life of expensive filter cartridges.
Activated Carbon Filter Module
An add-on metal canister filled with activated carbon blocks. Essential for neutralizing the strong, lingering odors and fumes released when engraving or cutting plastics, acrylics, and certain woods.
Variable Frequency Drive (VFD)
Provides precise control over the blower’s power. Ramp up suction for heavy smoke production during deep cutting, and turn it down for light engraving to conserve energy and reduce wear on filters.
Acoustical Silencer (Muffler Kit)
Reduces exhaust noise for a quieter workshop. A key upgrade for facilities with multiple machines or those needing to meet specific workplace noise standards without sacrificing extraction power.
Can a laser cleanly cut thick foam? We tested a standard CO2 laser on 20mm and even 30mm foam, and the results will change your approach.
This comparison goes beyond speed, examining critical factors like fume extraction versus physical debris, and the flawless edge quality you get on EVA, polyurethane, and foam core versus a knife. Learn the essential settings and safety tips to transform thick foam cutting from a messy chore into a precise, efficient process.
| Compatible Fumes & Contaminants (Effectively Filtered) |
|---|
| Wood Cutting/Engraving Smoke |
| Acrylic Vapor & Particulates |
| Leather, Paper, Fabric Fumes |
| Non-Metal Composite Dust |
| Minor Plastic Pyrolysis Fumes |