Why use ceramic eyelets in automatic bobbin winder

06 Jan 2023

Automatic bobbin winder, winding the yarn from big cone on to bobbin, the yarn will pass from yarn support creel, step by step, pass yarn broken device, then yard counter, finally winding onto bobbin. Customer just set all production data on PLC, the automatic bobbin winder just winding the yarn according to set data, automatically and intelligently complete the winding procedure. The winding completed bobbin will be put onto high speed braiding machine to produce shoelace, shoestring, lace, string, cords etc.

So Automatic bobbin winder just supported to hi-speed braiding machine, usually 1 sets supported to 10sets, so it is very important to winding the yarn neatly, orderly, smoothly before the bobbin is put onto braiding machine.

When you go to market, usually you buy the yarn in big shape, then put the cone behind the automatic bobbin winder, the yarn support creel are made from steel, very hard steel, when the yarn passing, it costing long time to pass certain distance, the hard steel will hurt and damage the yarn, it will make the yarn less and less, make the yarn fury. So affect the final winding speed, thickness, length, output, production, efficiency etc.

We installed and fixed certain quantity ceramic eyelets on the yarn support creel, and on the yarn broken device, you can see many ceramic eyelets on the machine. The yarn will pass the ceramic eyelets step by step. High quality ceramic eyelet is smooth and resistant, when the yarn passing at high speed,the ceramic eyelets can make sure keep the yarn in good orders and conditions, passing step by step at certain speed, keep the yarn neatly, straightly, tightly, orderly. From the begining to the end, keep the same thick, same shape. So the yarn winding onto bobbins neatly and naturally.

The workers put the completed winding bobbin onto hi-speed braiding machine, then make the shoelace, shoestring neatly, orderly and efficiently.

Keywords: automatic bobbin winder

Originally published 06 Jan 2023, updated 06 Jan 2023.