Laser Cutting Fume Extraction Test & Results

In order to better meet the needs of our global customers, PURE-AIR conducted a full series of real-world simulation tests covering multiple common laser processing materials—including rubber sheets, wood boards, MDF, acrylic, and leather.

These materials were tested under laser cutting, engraving, and marking conditions to verify the performance of PURE-AIR fume extraction systems and ensure they deliver high-efficiency purification in real production environments.

To provide customers with clear and trustworthy evidence, we recorded complete purification data and produced a demonstration video showing the entire testing and filtration process.

🔧 1. Why Perform Real-World Laser Processing Tests?

Different materials release different types of smoke, odors, and particulates when processed with lasers.
For example:

Rubber produces strong odors and dense black smoke
Wood and MDF release fine dust and organic fumes
Acrylic generates white fumes and chemical odors
Leather produces pungent VOCs and oily smoke

As a professional manufacturer of industrial fume extraction equipment, PURE-AIR understands that each customer’s working environment is unique.
Real testing allows us to:

Accurately evaluate filtration efficiency
Verify performance across various laser applications
Provide customers with guaranteed, data-backed solutions
Match the right fume extractor model to different materials

This ensures every user receives the most reliable, suitable, and effective purification system.

🧪 2. Test Materials & Laser Processes Covered

Tested Materials

Rubber sheet
Wood board
MDF (Medium-Density Fiberboard)
Acrylic (PMMA)
Leather

Laser Processes

Laser cutting
Laser engraving
Laser marking

These materials represent the most common applications in industries such as:

Crafts and signage
Packaging
Electronics
Leather goods
Furniture
Advertising display

🌫 3. What We Measured: Real Purification Performance

During testing, we recorded key indicators including:

Visible smoke removal efficiency
Particle filtration performance
VOC and odor reduction
Airflow stability
Filter lifespan performance
Overall purification effect in real operation

The results demonstrate that PURE-AIR’s multi-stage filtration system—featuring HEPA high-efficiency filters + activated carbon + pre-filters—effectively handles smoke and odor generated by all five material types.

Even with heavy smoke materials like rubber and leather, the extractor maintained stable airflow and excellent filtration performance, ensuring clean and safe operation.

🎥 4. Demonstration Video for Customers

To help customers better understand the actual purification effect, our team produced a complete demonstration video, including:

Laser machining process
Smoke generation and extraction
Real-time filtration performance
Before-and-after comparison
Device operation and interface
Purification data display

This video allows customers to clearly see how PURE-AIR systems handle complex smoke scenarios in real working conditions.

🛡 5. PURE-AIR: Trusted Expertise in Laser Fume Extraction

With 14+ years of dedicated research and development, PURE-AIR continues to lead the industry with:

High-efficiency filtration technology
Intelligent control systems (PIPS)
Stable, long-lasting performance
Customized solutions for global customers
Comprehensive testing and data verification

Whether you process wood, acrylic, leather, rubber, or composite materials, PURE-AIR provides professional-grade fume extraction solutions designed for safety, compliance, and production efficiency.

✅ Conclusion

Laser processing generates complex fumes—but with the right purification system, production remains clean, efficient, and safe.

Through this full-material, full-process simulation test, PURE-AIR demonstrates its commitment to delivering data-driven, real-world verified fume extraction solutions.

PURE-AIR — Professional, Reliable, Proven in Real Operation.

PURE-AIR — Clean air you can see.