![https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjUB1pfmDQEdrz5ffURsojVbAjeWURj14sZwjXgJNnXNCKcriyRXMt41fWrSmqgvZGydrroxaUfIbtdWSODXSt06GatIaYbQyp_uWA97I0Trc2Zdj6C7znA4l_O9wg_0NUPb85-r9hXGTpw/s1600/Air-Jet-Loom-TC730A--26183242618.jpg](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjUB1pfmDQEdrz5ffURsojVbAjeWURj14sZwjXgJNnXNCKcriyRXMt41fWrSmqgvZGydrroxaUfIbtdWSODXSt06GatIaYbQyp_uWA97I0Trc2Zdj6C7znA4l_O9wg_0NUPb85-r9hXGTpw/s320/Air-Jet-Loom-TC730A--26183242618.jpg)
It has however to be considered that the air jet weaving machines require a high energy consumption to prepare the compressed air and that this consumption rises definitely with increasing loom width and running speed. The reduction in the energy consumption is in fact one of the main concerns of the manufacturers, and builds for the user an important selection criterion.
General operation
The thread, prepared in a given length (corresponding to the reed width) by pre-measuring weft carriers, is launched through the shed by a jet of compressed air.
The air jet weaving machines require air ducts capable of maintaining an effective air flow on the whole weaving width. To obtain this, the machine manufacturers prefer today to use the system with profiled reed, in which the air and the thread are guided through a tunnel-shaped reed.The weft is placed in the groove formed by the reed’s profiled dents, in which it remains until the reed stroke.
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