Project Background:

In the production process of high-speed winding optical fiber, electrostatic accumulation is not only the invisible killer of precision, but also the key problem affecting the performance and long-term reliability of optical fiber. Traditional electrostatic removal methods are often slow in response and uneven in coverage, which makes it difficult to match the rhythm of modern high-speed production lines, resulting in dust adsorption on the surface of optical fibers, disorder and even internal damage, seriously affecting transmission quality and production efficiency.

Solution:

In response to these 1 pain points, our pulse AC static elimination rod was born on demand. Installed at the position of the fiber inlet, the balanced positive and negative ionizer wind generated by the ion rod can accurately and continuously blow the surface of the fiber to achieve millisecond-level electrostatic neutralization, effectively avoid adhesion and fluttering between fibers, and ensure neat winding and interlayer bonding. At the same time, the ionizing wind can also assist in blowing off the attached particles, eliminating the hidden danger of pollution from the source. Using pulse AC technology, the ion balance performance is more stable, the coverage is highly matched with the fiber path, and there is no dead angle, no over-neutralization. The equipment adopts a low-voltage power supply mode and is compatible with workshop safety standards. It ensures safe operation while operating efficiently. It is especially suitable for high-speed and high-precision optical fiber winding scenarios.

After the application of this scheme, the customer feedback fiber winding yield significantly increased, the frequency of downtime cleaning significantly reduced, production efficiency and long-term reliability of products simultaneously enhanced, become an indispensable technical support for fiber manufacturing in high-standard clean environment.