Machine to Machine technology in Textile Sector

Machine to Machine technology has existed in the textile sector since nineteenth century when William Radcliffe and his assistant Thomas Johnson created the sizing machine. The function of initiating size, that is either a starchy substance for cotton or gelatenous mixture for woollen fibre, is to lessen the probability of threads fraying and breaking owing to the friction of the weaving method. Before mechanisation, the sizing procedure was a lengthy job. The weaver painted the size onto the warp as it lay on the loom, then fanned it dry prior to weaving the cloth. The sizing machine enhanced the procedure by sizing a warp prior to putting it into the loom.

The new examples of Machine to Machine technology riding in the textile industry are

Synthetic fiber manufacturing – optimally implementable with Siemens electrical engineering

Synthetic fibers make up an ever increasing percentage of fiber fabrication worldwide. In comparison to natural fibers, whose related cultivation regions, e.g. for cotton, are limited and are in straight opposition with foodstuffs and plants used for energy production, no limited restrictions can be seen for the manufacture capacities so far. As an initial base, crude oil will carry on to be obtainable in adequate numbers. Subsequently, further increase of the manufacture capacity will also be accomplished in the near prospect in order to cover the growing requirements of a rapidly increasing world population. For decades, Siemens has proven itself to be a reliable partner for mechanical engineering with its drive and automation solutions, its dependability in the employment of extruders, spinning machines, texturizers, and coil winding machines.

Machine to Machine technology solutions for spinning plants for synthetic fibers guarantee most advantageous production results with suitable and effortless control and maximum precision.

Fiber lines for staple fiber production can be benefited by machine to machine technology in a way that extremely precise speed of the chief drives for the duration of material transport can be attained. Also observance to drawing ratios for the period of acceleration/deceleration and constant-velocity runs can be maintained. Even extremely dynamic drive technology in all performance ranges for all manufacturing division can be attained.

Even Filament Winder Solutions have been benefitted with machine to machine technology. The amalgamation of motion control, technology roles, and logic guarantees high elasticity, little conversion times, and easiness in application. Also perfect set point cascade i.e. the speed relation amid altering shaft and spool carrier can be obtained and precision of speed acquisition can be acquired and last but not the lease single structure as a substitute of three methods for vector/servo drives, logic, and technology can be achieved.