せんいさいどアナライザ

Technical Breakthroughs
Leveraging laser diffraction and machine learning, this device measures fiber diameters down to 0.1 micron with ±0.05 micron accuracy. A multi-wavelength laser (405–1550 nm) scans samples, while neural networks classify fibers into 50+ categories (e.g., cotton, cashmere, carbon fiber).

Key Features

• Speed: 1,000 fibers analyzed/sec, enabling real-time quality control.
• Multi-Material Support: Detects hybrid blends (e.g., wool-polyester) invisible to optical microscopes.
• User-Friendly: Touchscreen interface with automated calibration.

適用＃テキヨウ＃

• Textile Mills: Ensures compliance with ISO 1889 standards for wool and cashmere.
• 航空宇宙: Evaluates carbon fiber uniformity for composite materials.
• Medical: Validates synthetic polymer fibers in surgical sutures.

Market Differentiation
Surpasses traditional projection microscopes (e.g., Alicona) by 50% in throughput, reducing bottlenecks in high-volume production. A fashion retailer reduced returns by 18% by rejecting batches with inconsistent fiber blends.

Sustainability Angle
Identifies over-processing in recycling streams, cutting textile waste by 12%.