Introduction
Laser Fume Extractor delivers a strong negative pressure of 2200Pa, ensuring efficient suction and removal of hazardous fumes. This device operates at a noise level below 55dB, maintaining a quiet and undisturbed work environment. Its robust filtration system supports high-precision smoke capture and cleaner air output. It is especially suited for soldering, laser marking, and other focused air purification tasks.
This laser fume extractor is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.Applications
Our Laser Fume Extractor is designed for targeted purification in processes such as soldering, engraving, and compact workstation applications.
Specifications
| Power | 400W |
| Vac | AC220V /50Hz |
| Flow | 460 m³/h |
| Filter Element (quantity) | 7 |
| Port | Φ75MM |
| Length of smoke pipe | 1.4M |
| Filtering accuracy | 0.3μm, 99.97% |
| Noise | Less than 55dB |
| Negative Pressure | 2200pa |
| Dimensions (mm) | 400 × 313 × 600 mm |
| Gross Weight | 28 kg |
Features
Compact and lightweight design
Smooth and low-noise operation
Quick maintenance access
Optimized for energy efficiency
High-precision filtration
User-intuitive controls
FAQs
1. What is the airflow capacity and suction power of the Laser Fume Extractor ?
The Laser Fume Extractor provides an airflow rate of 460 m³/h and a strong negative pressure of 2200 Pa. These specifications ensure efficient removal of smoke, fumes, and fine particulates in precision-driven work environments like soldering or laser marking stations.
2. How effective is the filtration system of the Laser Fume Extractor ?
The Laser Fume Extractor features 7 filter elements with a filtration accuracy of 0.3 at 99.97%. This multi-stage filtration setup is engineered for high-precision fume capture and is highly suitable for clean air requirements in labs and sensitive production units.
3. What is the role of negative pressure in the Laser Fume Extractor ’s performance?
The Laser Fume Extractor utilizes a negative pressure of 2200 Pa to create strong suction. This allows it to draw in contaminated air efficiently from localized sources, ensuring thorough fume extraction and purification.
4. What are the power and operational specifications of the Laser Fume Extractor ?
The Laser Fume Extractor operates on a 400W motor using an AC220V / 50Hz supply. It ensures stable and energy-efficient performance, providing effective smoke filtration without causing electrical strain or high noise levels.
5. How does the Laser Fume Extractor perform in terms of noise levels?
The Laser Fume Extractor is designed to operate at a noise level below 55 dB. This makes it ideal for quiet working environments such as laboratories and technical workshops, where noise pollution must be minimized.
6. What is a Laser Fume Extractor?
Laser Fume Extractor is a specialized air filtration device designed to capture and remove harmful fumes, smoke, and particulate matter generated during laser operations. It ensures a cleaner and safer working environment.
7. What type of filtration system is used in It Laser Fume Extractors?
Laser Fume Extractors use a triple filtration system, which includes multi-layer filters that effectively remove dust, smoke, and harmful gases from the air.
8. How powerful is the Laser Fume Extractor?
The Laser Fume Extractor is equipped with 210W of power, ensuring high filtering efficiency and effective air purification in industrial and laboratory environments.
9. Is the Laser Fume Extractor noisy during operation?
No, the Laser Fume Extractor operates at noise levels below 50dB, making it a quiet and non-disruptive addition to your workspace.
10. In what types of environments can the Laser Fume Extractor be used?
These extractors are ideal for use in workshops, laboratories, research facilities, and various commercial environments.
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