Fume Extractors for Laser Machines
CO2, Fiber, Marking, Welding & Cleaning
Laser cutting, welding, and marking create smoke and fumes that need to be removed from your workspace.
We'll cover:
1. How Fume Extractors Work and How to Connect Them to your Laser Machine.
2. The Key Differences between our Extractors and Others on the Market.
3. How to Select the Correct Fume Extractor for your Specific Application.
We don't believe in a one-size-fits-all solution.
What Makes Our Fume Extractors Different
Tangible Advantage in Daily Operation
Filter Life Indicator
Provides a real time visual status of filter saturation and dust buildup.
Built with reinforced, heat-resistant glass (withstands up to 450°C / 842°F) and explosion-proof design.
Features a medical-grade silicone gasket and magnetic seal for a complete airtight connection, preventing leaks.
Clogging Indicator (dP Gauge)
Vibration resistant, die-cast aluminum housing with IP65 rating for dust/water resistance.
Monitors pressure drop across the filter with high accuracy (±2.0% FS).
Withstands high overpressure and is calibrated for precise readings. Provides an exact measurement for maintenance scheduling, eliminating guesswork.
AutoPulse Cleaning System
Directs high-pressure air pulses to dislodge dust, restoring airflow and maintaining over 99% filtration efficiency. Uses a fast-acting solenoid valve (0.1s response) and Venturi design to amplify cleaning power.
The system automates the most frequent maintenance task.
This means less manual labor for your team and minimizes machine downtime for cleaning, supporting continuous production cycles.
Proven effective in the most challenging conditions, including filtering sticky residues from marking and stubborn metallic dust from cutting and welding applications.
Ready for Cleaner, Safer Laser Operations?
Available Fume Solutions
Match Your Material to the Right Filtration
for Laser Marking
This compact, portable unit is designed for versatility on your bench top. It effectively captures the light smoke produced from marking a wide range of materials, including plastics, wood, anodized aluminum, and glass.
Its flexible, articulating arm allows for precise placement right at the source.
Best for: Low-to-medium volume marking/engraving on most materials.
Suction Power: 390 m³/h (Based on your Specific Setup)
Power: 110V / 60Hz (Configurable for Regional Voltage)
Connection: 3-inch port with flexible suction arm option.
for Laser Welding & Cleaning
Built on the same powerful portable platform as our marking unit, this system is configured with specialized filters to handle the intense, metallic fume generated by welding and laser cleaning applications.
It is engineered for high capture efficiency of fine metal particles.
Best for: Handheld laser welders, laser cleaning guns.
Suction Power: 390 m³/h (Based on your Specific Setup)
Power: 110V / 60Hz (Configurable for Regional Voltage)
Connection: 3-inch port with flexible suction arm option.
for CO2 Laser Cutting & Engraving
Built for high volume CO2 laser cutting and engraving of plastics, wood, acrylic, and textiles.
Connects directly to your machine's exhaust port via ducting to eliminate smoke and odor, protecting optics and ensuring a clean workspace.
Industrial-grade cabinet system, designed for continuous operation.
Best for: High production cutting of non-metals.
Suction Power: 5000 m³/h (Based on your Specific Setup)
Power: 110V / 60Hz (Configurable for Regional Voltage)
Connection: Two 6-inch ports (Customizable).
Duty Cycle: Rated for 24/7 operation.
for Fiber Laser Cutting & Engraving
Engineered specifically for the heavy dust and submicron fumes produced by fiber laser cutting metals.
It features a robust filtration system to handle the high particulate load
Built for integration into automated environments for relentless, unattended production.
Best for: Industrial fiber laser cutting of sheet metal, tubes, and profiles.
Suction Power: High-CFM industrial blower (Specs vary by model).
Power: 110V / 60Hz (Configurable for Regional Voltage)
Connection: Two 6-inch ports (customizable).
Duty Cycle: Rated for 24/7 operation.
Benefits of Fume Extraction
Protect the Quality of Your Work
Smoke and residue settling on your material causes visible defects. A proper extraction system pulls fumes away at the source, preventing them from obscuring laser paths or staining surfaces.
This results in cleaner edges on cuts, sharper details on engravings, and flawless finishes on welded parts, ensuring your final product meets the highest quality standards without costly reworks.
Extend the Life of Your Laser Machine
Laser fumes are abrasive and corrosive. When they are left to circulate, they coat your machine's lenses, mirrors, and guides. This buildup leads to hazing, pitting, and weakened laser beams, forcing you to constantly clean and replace expensive optical components.
Effective fume extraction is a proactive measure that protects your critical parts from this damage, reducing maintenance costs and preventing unexpected downtime.
Ensure OSHA Compliance and Protect Your Team
Breathing laser generated fumes, especially from metals, plastics, and composite materials, is a serious health hazard. OSHA mandates a safe work environment free from airborne contaminants.
Our extractors capture and filter these hazardous particles at the source, helping you meet permissible exposure limits (PELs), pass inspections, and fulfill your duty to provide a safe workplace for your employees.