Rosin-based and other flux systems vaporize during soldering and condense into sticky, fine particles that irritate the respiratory tract. The residue coats boards, fixtures and ducting, and clogs filters.
Heated solder alloys release fine particulates along with the flux fume, especially in continuous or high-volume soldering.
Conformal coating, potting, gluing and cleaning solvents release volatile organic compounds that require gas-phase adsorption.
Flux residue settles on boards, fixtures and reflow oven conveyors, increasing cleaning effort and the risk of rework.
Condensed flux builds up in exhaust ducts and oven zones, requiring frequent maintenance stops.
Sticky flux residue loads ordinary filters quickly. Without proper pre-filtration, suction drops and filters need constant replacement.
On automated lines, an extractor failure can go unnoticed until quality or compliance issues appear. Remote monitoring and alarms prevent that.
Choose fume extraction by the soldering process—not just by line size. From hand soldering and reflow to complete PCB assembly, PURE-AIR configurations match source capture, multi-stage filtration and monitoring to the fumes, throughput and layout of your operation.
PROCESS APPLICATION / HAND & AUTOMATED
A compact, cost-efficient unit that is easy to relocate and simple to install. 360° adjustable extraction arms capture lead-free solder fumes, conformal coating VOCs and reflow particulates right at the work point, keeping operators safe without restricting movement.
PROCESS APPLICATION / WAVE & REFLOW
Wave and reflow lines produce continuous flux vapor and particulates. These systems use a 10 to 18KPa high-negative-pressure brushless fan and a large-area, multi-stage filter (F8 + H14) with a special activated carbon filter to handle both particles and gases.
PROCESS APPLICATION / PCB ASSEMBLY
For whole-line installations, remote control and monitoring keep every extractor running as intended. Any alarm or fault is sent to the central control system in time, protecting line safety and efficiency.
BUILT FOR ELECTRONICS MANUFACTURING
Multi-stage filtration | F8 + H14 large-area filtration with special activated carbon. |
Line-level monitoring | Remote control, alarms and central-control integration. |
Flexible capture | 360° adjustable arms for hand stations. |
Application support | We match extraction to your process, flux and layout. |
A soldering fume extractor captures flux fumes and solder particles at the work point, filters them through particle and activated carbon stages, and returns clean air to the workspace.
Mainly flux fumes, fine particles from the solder alloy, and, if you use conformal coating, adhesives or solvents, VOCs.
Yes. Lead-free processes still generate flux fumes and fine particles, and lead-free soldering typically runs at higher temperatures.
Hand stations need flexible, arm-based source capture. Wave and reflow lines produce continuous fumes and need higher-pressure, integrated systems with larger filter area and monitoring.
Consider the soldering process, number of stations, flux and coating materials, and whether you need line-level monitoring. Send us these details and we will recommend a configuration.
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