| Power | 80W |
| Filter | 3 layer |
| Systemic flow | 235M3/H |
| Filtering efficiency | 0.3μm 99.97% |
| Noice | <55dB |
| Dimensions(mm) | 425*250*410 |
| Operation | Knob |
Applicable Scenarios:
It is widely used in electronic manufacturing, such as PCB board welding, electronic component connection, and scenarios requiring low-temperature welding.By choosing our products, you will gain:
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Product Description
Targeted Source Control for Electronics and Small Workshops
The solder fume extractor is engineered for precise removal of soldering fumes at the point of generation, primarily intended for electronics manufacturing, repair shops, and technical training facilities. This portable fume extractor suits professionals requiring flexible deployment across multiple workstations without permanent installation. Designed for bench-level use, it captures volatile organic compounds and particulate matter at the source, enhancing workplace air quality and ensuring compliance with occupational safety standards during soldering or light welding processes. This unit effectively serves engineers, technicians, and small-scale production environments seeking robust, yet mobile fume management solutions.
Advanced Filtration Technology and Measurable Performance
Featuring a high-efficiency 3-layer filtration system, the solder fume extractor achieves particulate removal efficiency down to 0.3 microns at 99.97%, ensuring removal of hazardous fumes and flux residues. The integrated 80W brushless motor delivers up to 235 cubic meters per hour airflow while maintaining quiet operation, suitable for extended periods of use without disruption. Adjustable airflow settings allow precise control over suction strength to accommodate various soldering tasks and flux types. The compact benchtop design, complemented by mobility via integrated wheels, enables easy positioning without ductwork infrastructure. This balance of filtration efficiency, airflow capacity, and operational flexibility positions this device as a high-value technical filtration asset.
Integration in Electronics Assembly and Educational Settings
In electronics manufacturing, small repair shops, and instructional workshops, the solder fume extractor offers critical environmental controls by preventing accumulation of hazardous fumes near sensitive electronics and personnel. Its portability supports multi-station use or field service repair tasks by quickly relocating without complex installations. The device enhances worker protection in compliance-driven environments by reducing inhalation risk of soldering flux and flux fume aerosols, thereby improving overall workplace safety. Furthermore, it facilitates cleaner assembly lines and prototyping stations, extending equipment longevity and contributing to quality control in solder rework and assembly workflows.
Product Advantages
Structural and Design Benefits Enhancing Operational Integration
The solder fume extractor incorporates a modular filtration assembly housed within a compact steel cabinet measuring 425 x 250 x 410 mm, with integrated caster wheels for facile repositioning across workspace benches. The design obviates the need for connected ductwork, enabling rapid deployment in constrained or evolving production layouts. Utilizing a brushless motor enhances system reliability and extends service life under continuous operation, while the 3-layer filter system emphasizes particulate and volatile compound capture with straightforward maintenance prospects. This structural configuration supports seamless integration into existing electronics work environments without requiring substantial infrastructure modifications, making it an adaptable asset within production and repair ecosystems.
Performance Excellence and Operator-Centered Usability
Equipped with adjustable suction capacity, this solder fume extractor adapts airflow rates up to 235 m3/h to different soldering demands, balancing filtration effectiveness with noise minimization. The operational quietness ensures minimal disruption in sensitive environments, including training rooms or detailed electronic assembly areas. Its portability and straightforward setup—free from ductwork or complex installation—facilitate immediate use, reducing downtime and support costs. These performance attributes collectively enhance worker safety by effectively mitigating fume exposure, optimizing air quality, and contributing to regulatory compliance, while delivering excellent value through reliability and ease of integration within varied soldering and light welding tasks.
Use Scenarios
Electronics Manufacturing and Repair Workshop Application
In electronics manufacturing plants and small repair workshops, the solder fume extractor functions as an essential localized filtration unit directly addressing fume and particulate emissions from soldering benches. Its portability allows technicians to position the unit precisely at the soldering point, optimizing fume capture efficiency and maintaining compliance with workplace air quality regulations. The high filtration efficiency and adjustable airflow provide tailored control to accommodate different soldering fluxes and environmental conditions. By integrating seamlessly into established workstation layouts without requiring fixed ventilation systems, the device supports continuous operations and enhances operator health protection in highly controlled production contexts.
Educational and Training Facility Environmental Control
Within educational settings such as electronics laboratories and makerspaces, the solder fume extractor ensures a safer learning environment by mitigating exposure to soldering fumes during practical demonstrations and hands-on training sessions. Its compact, portable design suits multi-user environments where workstations may be reconfigured frequently to accommodate class sizes and demo areas. Effective filtration at 0.3 μm combined with quiet operation enables instructors to maintain clear communication while ensuring students benefit from regulated air quality standards. This device supports institutional compliance with occupational safety mandates while facilitating educational workflows that require flexible, deployable fume extraction solutions.
