Overview

Laser Fume Extractor LMLFE-A100 features filtration in 7 stages. Its ten-level air volume adjustment allows airflow control for reliable performance. Its five-layer tower filter with fireproof steel mesh ensures safe filtration during high-temperature operations. Its silent PU wheels with locking function ensures quiet mobility and stable positioning. Our Laser Fume Extractor is ideal for extracting smoke, fumes, and fine particles.

Features :

Automatic Filter Clog Alarm 

3-Meter Telescopic Tube 

Metal Integrated Structure 

Intuitive Digital Display 

Remote Control Operation 

Brushless Motor

Specifications :

Air Volume	620m³/h
Filter Layer	7 Stage
Filtering Efficiency	0.3µm, 99.99%
Maximum negative pressure	2600pa
Noise	Less than 75dB
Air inlet interface	∅100mm
Length of smoke pipe	3m
Power Consumption	600W
Power Supply	220V, 50Hz
Dimensions	580 × 415 × 925mm
Weight	55Kg

Applications :

Laser Fume Extractor LMLFE-A100 is ideal for extracting smoke, fumes, and fine particles from laser cutting, engraving, soldering, and welding processes.

Selection Guide :

Laser Fume Extractor LMLFE-A100 is designed to efficiently remove harmful fumes and fine particles generated during laser cutting, engraving, or marking processes. Based on research studies, this model is suitable for applications in laboratories, electronics manufacturing, medical device production, and research institutes where precision and clean air quality are crucial. It features a multi-stage filtration system with up to 7 filter layers, ensuring 99.99% efficiency at 0.3 µm particle size, making it suitable for sensitive environments. The high air volume capacity (up to 810 m³/h) and low noise level (<68 dB) support continuous operation without disturbing lab conditions. Additionally, it complies with safety and quality standards such as CE certification, which assures reliability and compliance with international safety norms. These combined features make it a dependable choice for professionals seeking high-performance fume extraction in controlled experimental or industrial environments.