Abstract: The static eliminator for parts feeder comprises a hollow cylindrical or truncated conical cup into which air is injected from the upper portion thereof to generate an air stream of negative pressure circling within the cup so as to lift the works up in the air, and an ionized air introduced into the cup to remove the static from the works thus lifted. The static eliminator is disposed above the upper portion of the parts feeder in a space more than the height of the work. The static eliminator is positioned just in front of the place in which the works stop moving due to the static charge.

Abstract: The static eliminating and dust removing apparatus comprises a big container and a small container disposed within the big container. The big container opens at the top and bottom ends to suck the dust in upwardly and discharge the dust. The small container is of hollow cylindrical or truncated conical structure and of a construction that the cyclone and tornado are generated within the small container. Furthermore, the static eliminating and dust removing apparatus has an ion generator disposed in the small container for generating ions which is injected or introduced in the small container and a dried compressed air injection opening formed on the small container for injecting the dried compressed air into the small container to generate cyclone and tornado within the small container.

Abstract: The static eliminator for parts feeder comprises a hollow cylindrical or truncated conical cup into which air is injected from the upper portion thereof to generate an air stream of negative pressure circling within the cup so as to lift the works up in the air, and an ionized air introduced into the cup to remove the static from the works thus lifted. The static eliminator is disposed above the upper portion of the parts feeder in a space more than the height of the work. The static eliminator is positioned just in front of the place in which the works stop moving due to the static charge.

Abstract: The static eliminating and dust removing apparatus comprises a big container and a small container disposed within the big container. The big container opens at the top and bottom ends to suck the dust in upwardly and discharge the dust. The small container is of hollow cylindrical or truncated conical structure and of a construction that the cyclone and tornado are generated within the small container. Furthermore, the static eliminating and dust removing apparatus has an ion generator disposed in the small container for generating ions which is injected or introduced in the small container and a dried compressed air injection opening formed on the small container for injecting the dried compressed air into the small container to generate cyclone and tornado within the small container.