Mechanical Assessment
Automated single-fiber testing instrumentation measures linear density and tenacity on individual textile fibers within a unified robotic sequence. Quality control protocols specify the Favimat single fibre test to evaluate elementary flax fiber properties without manual mounting error or operator bias. Integrated load cells record tensile force while optical modules measure fiber decitex on the same specimen span.
Data output characterizes fiber uniformity for high-grade textile applications.
Tensile Measurement
Robotic transfer arms clip single fiber elements from a prepared magazine and transport them to the testing zone under controlled pneumatic tension. Integrated resonance modules measure linear density before pneumatic clamps apply uniaxial tensile load until fiber fracture occurs. Conducting a Favimat single fibre test generates precise force-elongation curves that reveal initial modulus and work to break for individual elementary cells.
Pectins and structural cell wall defects create scatter in breaking force values across multiple test cycles. Automated statistical software aggregates test series data to compute mean values and variation coefficients for mill quality control reports.
Material Evaluation
Fibre purchasing contracts reference these test metrics to verify raw material compliance for fine linen yarn production. Delivery lots failing target single-fiber tenacity levels undergo re-testing or commercial downgrade. Receiving records archive individual test curves to support supplier performance tracking.
