Clean air for PCB soldering, IC laser marking, and electronics assembly
Electronics manufacturing involves precise processes where airborne contaminants cause defects. Solder fume contains rosin flux particulates and lead-free solder vapors. Laser marking of IC chips generates submicron metal and plastic particles. Benchtop space is at a premium, and noise must stay low for technician communication. Reborix offers three purpose-fit models from the catalog for electronics environments.
| Process | Contaminant | Recommended | Key Spec | Why This Model |
|---|---|---|---|---|
| Hand soldering (single station) | Rosin flux, lead-free fume | 12-11 | 300 m³/h, 350 W, 18 KG | Desktop, stepless speed control, ultra-quiet |
| PCB depanelization (laser/router) | FR4 fiberglass dust | 12-11 | 300 m³/h, 350 W | Consumable-type filter — swap in 30 sec |
| Laser marking (IC chips, connectors) | Fine metal/plastic vapor | 12-1 | 500 m³/h, 0.9 KW, 61 KG | ESP handles submicron particles, ≤65 dB |
| Multi-bench soldering (3–4 stations) | Rosin flux fume | 12-1 | 500 m³/h | Washable ESP, near-zero consumable cost |
500 m³/h ESP. For laser marking stations and 3–4 soldering benches. Washable electrostatic cell, ≤65 dB. The most popular electronics model.
View Details →300 m³/h, 350 W, 18 KG. Desktop unit for single soldering station or small marking machine. Stepless speed control, consumable-type filter.
View Details →Get a clean air extraction plan for your electronics production line.
Request Electronics Solution →