Fibre Measurement
Optical sensors determine the precise diameter and curvature of flax fibres during the spinning preparation stage. The sirolan laserscan produces a high-frequency distribution curve that quantifies average fibre fineness within a sliver batch. These readings provide the raw data required for adjusting drafting machinery to achieve uniform yarn density.
Mill managers rely on the generated output to align machine settings with the specific micron requirements of the intended textile product.
Batch Certification
Quality departments record the resulting values on a fibre inspection certificate to confirm compliance with trade specifications. The sirolan laserscan identifies outliers in the distribution that indicate excess short fibres or contamination by debris. Technicians compare these values against the buyer’s quality threshold to determine whether a lot qualifies for further processing or requires rejection.
Strict adherence to this scan frequency ensures that variability remains within established tolerances throughout the production run.
Operational Calibration
Automated calibration protocols prevent drift in the scanning hardware during the continuous throughput of raw flax. Sensors verify the light path intensity before every shift to ensure thesirolan laserscan maintains accuracy across varying levels of ambient dust. Correct setup necessitates a clean environment surrounding the optical aperture to avoid interference with the diffraction patterns.
Periodic checks verify the stability of the detector array against a standard reference material. This device provides a consistent metric for fibre quality that permits objective sorting without human error.
