World's fastest static elimination
2× faster than conventional models
By using a supersonic structure, the air velocity of flow exceeds the sound of speed, dramatically improving the speed at which the ions reach the target. In addition, the shape of the electrode probe that applies fluid mechanics allows the surrounding air to enter, thereby increasing the air flow.
By combining these two technologies, it is possible to achieve the world's fastest elimination of static electricity.
Electrode probe with supersonic structure
Static elimination speed comparison graph
- Measurement conditions:
-
- Static elimination time from ±1000 V to ±100 V
- Using 150 mm × 150 mm plate monitor (20 pF)
- Air supply of 50 L/min (1080 mm bar length)
- No downflow
Low maintenance
5× less than conventional models
Air at supersonic speed forms a shock wave on the tip of the electrode probe.
The shock wave breaks the space, minimizing the inflow of external air.
Compared to the conventional enclosure rating, a significant air wall is formed, enabling dramatically lower maintenance even with a small flow rate.
Air division part
Because the generated air and the surrounding air are divided, foreign contaminants in the surrounding area cannot get close to the tips of the electron probes.
Change in static elimination time over time (example)
- Measurement conditions:
-
- Static elimination time from ±1000 V to ±100 V
- Using 150 mm × 150 mm plate monitor (20 pF)
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