Ten reasons for embroidering misalignment

Update:14-11-2020
Summary:When the user is operating the computerized embroidery machine, sometimes the embroidery machine will move, what should ...
When the user is operating the computerized embroidery machine, sometimes the embroidery machine will move, what should I do in this case? In fact, as long as the reason for the move is found, it will be easy to solve.


According to the summary of the Technical Department of Runjia Embroidery Machines, there are ten main reasons for embroidering misalignment:

1. In the process of pattern making, the line of the base is too close to the edge of the object.

2. The thread used for bottoming is too thin or the angle is wrong, and the fabric cannot be fixed well.

3. When making a pattern, it should be printed from the center to the periphery as much as possible, so that it is more stable in the production process.

4. Due to the repeated use of double-sided adhesive tape during the production process, the viscosity is reduced and the fabric cannot be fixed.

5. Due to the deterioration of the machine's aging precision, the position is shifted, such as: the same batch of embroidery, some are normal, and some are shifted.

6. Due to the fluff on the surface of the fabric, it is more obvious when sticking to the flannel.

7. Because the paper under the cloth is too thin, it cannot line up the cloth well.

8. The pulling force of the {cloth} paper on the embroidery machine should be just right, not too hard, otherwise it will change easily.

9. When making patterns, consider the overall rationality of the stitches; if you don’t walk a single stitch in one place, then go straight to a place far away from the single stitch to embroider a large flower, and then return to use the needle to wrap that one It is very common to wrap a single needle in this way. It is not visible in the software, and it changes on the embroidery machine.

10. Increasing the number of thread changes will reduce production efficiency, but the possibility of shifting will be much reduced, depending on how you combine the two.

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