The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

The ultra-small design aims at the workpiece in tight locations to remove dust and contaminants while eliminating static electricity.

In Charge neutralization is important for removing particles from the surface, which can be difficult to remove once they are adsorbed on the charged surface of the material.