The High Precision ESD PCB Surface Dust Cleaner is an advanced,
non-contact cleaning solution specifically engineered for modern
electronics manufacturing. Designed to meet the rigorous demands of
SMT (Surface Mount Technology) and PCBA assembly lines, this
equipment efficiently removes micro-dust, particles, and debris
from circuit board surfaces. Integrated with a high-performance
static eliminate function, it safely neutralizes electrostatic
charges during the cleaning process, preventing ESD damage to
sensitive electronic components. This PCB handling equipment
ensures pristine board quality before soldering, coating, or final
assembly, making it an essential upgrade for any high-yield
production facility.
Principle and working mode:
Principle of electrostatic dust removal: Use electrostatic
adsorption force to adsorb and collect dust particles on the
surface of PCB. Common electrostatic dust removal methods include
ion blowers and electrostatic dust collectors.
Principle of air flow sweeping: Use compressed air to generate
high-speed airflow to sweep and absorb dust on the surface of PCB.
This method does not require an electrostatic field, but requires a
matching vacuum collection system.
Main equipment components:
- Dust removal room/isolation workbench: closed working environment
to reduce external dust pollution
- Dust removal device: electrostatic generator or compressed air
system
- Dust collection device: electrostatic collection plate or vacuum
cleaner
- Conveying device: conveyor belt for automatic entry and exit of PCB
Main performance indicators:
- Cleaning efficiency: can remove more than 99% of PCB surface dust
- Cleanliness: PCB surface particle size is less than 5μm
- Cleaning speed: one-time cleaning time is less than 10 seconds
- Cleanliness level: meet the ISO14644-1 Class 100 clean room
standard
Purchase suggestions:
- Choose the appropriate equipment model according to PCB size and
production scale
- Pay attention to the equipment's cleaning efficiency, cleaning
degree and cleaning speed indicators
- Evaluate the equipment's automation level and ease of operation
- Consider the equipment's energy consumption, noise, floor space and
other usage costs
