Verifying Raw Flax Traceability from Field to Scutcher
Verify raw flax origin by matching field cadastral logs to weighbridge moisture tickets, scope certificates, and scutching mass balance yield ratios.
Core Sampling Spear
Sampling Tool
Hollow metal tubes penetrate dense textile packages to extract internal fibre specimens without opening complete bales. During raw material receiving checks, a core sampling spear draws representative fiber sections from deep inside scutched flax bundles. Stainless steel construction prevents rust contamination while a sharp circular edge cuts cleanly through dense fiber layers.
Operators drive the tool horizontally into the bale body to collect cross-sectional specimens for laboratory testing. Sampling authority extends solely to unopened bale packages, ending once fiber enters opening hoppers.
Penetration Extraction
Mechanical drive systems or pneumatic rams force the cutter through high-density flax bales during dockside quality audits. Internal retention flaps hold the extracted core specimen intact as the operator withdraws the tool from the bale package. Technicians immediately seal extracted fiber samples inside airtight containers to preserve genuine moisture levels before testing.
Inserting a core sampling spear at multiple angles generates composite specimens that reflect moisture distribution throughout the entire bale volume. Laboratory testing on these specimens yields precise moisture regain percentages and trash content measurements for invoice verification.
Insertion Restraint
Structural damage to internal fibers limits the number of penetrations permissible per bale package. Excessive sampling degrades long flax fiber length, reducing the value of premium scutched stocks intended for wet spinning. The core sampling spear operates exclusively on uncompressed or dense bale units, proving unsuited for loose sliver or processed roving packages.