Systeminformationen

Function

By precisely mapping the selvedge thread, it is possible for the first time ever to trace the line of the outermost warp thread with certainty. In contrast to current practice, the end of the protruding weft threads is not used as a reference point for making a rough estimate of the textile surface; instead, the selvedge thread is accessed directly. The basis for this is the E+L artificial intelligence data pool.

Area of use

For some processes in the textile value chain, the edge must be cut after the stenter frame (e.g. digital printing). Protruding weft threads make it impossible for conventional sensor technology to find the optimal cutting line. This is where the artificial intelligence of the ELWARP sensor comes into play.

Application

Protection of peripherals in the area of digital printing (print head) and optimization of the cutting result after the drying process.

Edge thread control

Warp thread sensor ELWARP SI 2001

Thanks to AI: The only reliable edge thread detection worldwide.

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Cutting devices

Web cutting system ELCUT BTA80

Edge cutting system for edge trimming on knitted fabrics

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Tube slitting system ELCUT BTA25

Drop stitch matrix sensor detects the drop stitch using the transmitted light principle

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Web cutting system ELCUT BTA02

Circular blade cut with three-phase geared motor for center cuts on woven or knitted fabric as well as on nonwoven fabric webs

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Web cutting system ELCUT BTB01

Shear cut principle with driven bottom and top blades for edge cuts on paper, foil, textile, carpet, non-woven fabric, and felt webs

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