Testing

A Unique Inspection Technique for Finding Patterned Fabric Defects

A Unique Inspection Technique for Finding Patterned Fabric Defects

Testing, Textile
Seeing beyond the patterns with Shelton Vision A ground breaking and unique new fabric inspection technique for accurately detecting the most subtle of defects on patterned fabrics during high speed production has been developed by BTMA member Shelton Vision, of Leicester, UK.  The patent-pending system has been integrated into the company’s WebSpector platform – already the most powerful plain fabric inspection system on the market – and validated through factory trials on a purpose-built full scale in-house demonstration system with sophisticated fabric transport capabilities. As a result, a first system has already been ordered by a manufacturer of both plain and patterned fabrics, including camouflage, in Colombia. This follows the successful conclusion of a 21-month Innova
USTER® fabric inspection system also reduce waste and improve yield

USTER® fabric inspection system also reduce waste and improve yield

Testing, Textile
Automated solutions for quality satisfaction Fabric inspection solutions cover the value chain from weaving to finishing.The ingenious design of USTER®Q-BAR 2 and USTER®EVS FABRIQ VISIONfits every production line – delivering the right quality, while reducing waste and optimizing fabric yield. USTER’s Think Quality approach now takes in automatic fabric inspection, bringing much-needed precision and security to demanding technical textiles applications– and to all weaving mills where quality matters. Quality standards everywhere are increasing all the time: in sectors such as the automotive industry, zero-defect levels are already mandatory. Applications such as airbags, headliners, upholstery and tire cords require flawlessquality, continuously. But there are also many other textile
Mesdan Cotton Stickiness Testing Method Recognition

Mesdan Cotton Stickiness Testing Method Recognition

Fibers, Spinning - Yarn, Testing
If “sticky cotton” is not detected in time and properly handled, it can generate excessive maintenance costs in spinning, affect the production and compromise yarn quality. There are several testing techniques for determining cotton stickiness: chemical, mechanical and thermo-mechanical methods. In the latest findings of the ITMF International Committee on Cotton Testing Methods, in cooperation with CIRAD, Fiber Institute Bremen and ICA Bremen, one important conclusion has been outlined: due to its highest correlation with processing behaviour and yarn quality, only thermo-mechanical methods are recommended (in both production and trade). In fact, the high variation in stickiness within a sample, as well as within a bale and within a lot, makes the thermo-mechanical method suit