Composite materials, such as fiberglass and carbon fiber, are renowned for their outstanding mechanical properties and light weight.
For such materials to achieve maximum quality and performance, it is imperative to ensure accurate control of fiber and resin distribution.
In this context, thicknessimetry emerges as an effective system for monitoring and managing potential defects during the production process.
What is Thickness Gauging (or “Thicknessmetry”)?
Thicknessmetry is the measurement and recording of the thickness (possibly non-uniform) of the composite material.
This analysis allows for the detection of minor variations and potential defects in the distribution of fibers and resin, allowing timely interventions to ensure the quality of the final product.
Advantages of Thicknessmetry in Defect Control.
Early Detection of Defects: Thicknessmetry allows early identification of uneven variations in material thickness, enabling immediate action to correct defects and ensure homogeneous fiber and resin distribution.
Manufacturing Process Optimization: Using thicknessimetry as a control tool, the manufacturing process can be monitored and adjusted to improve precision and accuracy in material distribution, helping to reduce the risk of defects and optimize composite material performance.
Quality Assurance: Thicknessmetry provides detailed data on material thickness at different points, enabling accurate assessment of product compliance with design specifications and quality regulations.
Implementation of Thicknessimetry: advanced technologies and training
Advanced thicknessimetry technologies exist, such as laser scanning systems and high-precision sensors. Their use can improve the efficiency and effectiveness of defect inspection by providing more accurate and detailed data.
Adequate staff training in thicknessimetry techniques and best practices for defect control is essential to ensure the effectiveness of the system and the quality of the material produced.