How to adjust the order of computerized embroidery printing?

Pattern Shape and Embroidery Stitch Order for Computerized Embroidery Printing

Computerized embroidery embroidery objects are compiled from embroidery sequences to patterns. Before preparing for computerized embroidery, it is best to analyze and plan the shape and embroidery sequence of the computerized embroidery version in advance. The shapes need to be clearly defined to make them easy to embroider. The best shapes have relatively constant widths, smooth edges, no sharp needle changes, and no small, prominent details. Details should always be stitched last.

If you use manual digitization, the object should be stitched and embroidered like a pattern design. In other words, digital order defines the embroidery order. If you switch to an electronic pattern, the embroidery studio uses powerful automatic sequence design to create an embroidery sequence that optimizes the visual feel of the stitches. Automatic sequential design means performing embroidery pattern design, which can be produced economically, with minimal downtime, and accurate fabric texture and color. The advantages of an embroidery studio are automatic conversion and sequential design of electronic patterns, making planning more time saving and allowing more time for artistic choices. If you are using a mixed mode design, you can use the Embroidery Studio Embroidery Digital Tools to automatically convert, add, and edit multiple pattern designs. In addition, you can also use all manual methods to adjust the embroidery sequence to improve the embroidery effect, such as minimizing color changes.

How to adjust the stitch order of computer embroidery

"We can specify a text computer embroidery sequence to reduce registration issues, such as embroidery on hats or hard fabrics.". Sometimes you want to return to the factory default values. Adjust Text OrderUse the Text (Input Toolbar) to adjust the text embroidery order. "We can specify the order of text embroidery to reduce registration issues, such as embroidery on hats or hard fabrics.". For example, when embroidery on a hat, the center out option is particularly useful. There is also a multi line text option, which is useful for machines without thread cutting.

1. Right click the text icon with the mouse or double-click the selected text object. The Object Properties - Text dialog box opens;

2. Click Sequence Order. The sequence dialog box will open;

3. Select the embroidery stitch order. The options include:   By Line: Select whether you want to embroider each line of stitches from left to right or from right to left. "Left to Right Embroidery From Center Out: If you want to embroider text from center out, select this check box.". "You can specify one side of the center to be embroidered, and then embroider the other side, or alternatively embroider text on both sides of the center.".

Embroider the right side first, followed by lines: Choose whether you want to embroider multiple lines of text from top to bottom or from bottom to top. We can also specify that the first row is from left to right, and the second row is from right to left. Embroidery annotations from top to bottom can combine two sequential options, line by line and line by line.

4. Click OK to return to the text marker, OK;

5. Click OK to close, OK;

Prompts are run in your pattern design to check the embroidery order.

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First, use the embroidery CAD mobile phone software to make a template. After forming the template, place the program flow and patterns of the onboard embroidery into the computer disk drive in turn. Under the control system, the computer converts the pattern plane coordinates into electronic signals that are very different from the angle offset of the stretcher frame X and Y, and sends them to the X, Y, and Z microcontroller systems for motor speed adjustment processing. After that, the three-phase six-beat signal is derived, The power amplifier box of the wire motor carries out a power amplification circuit, and the bright red X and Y servo motors drive the tension frame to move between X and Y; At the same time, the Z servo motor is pushed to move the needle up and down, so that the embroidery continues continuously. The Z servo motor drives the engine transmission device to rotate according to the synchronous toothed belt, etc. The special organization of the engine enables the wire mechanism and needle to lead the surface thread to perform and lower fitness exercises, and puncture the fabric; The rotation of the rotary hook in the hook mechanism causes the surface thread to bypass the moral bobbin shell; Thread picking organizes fitness exercises, transports surface threads, tightens the stitch, and prepares the surface thread straight line for the next stitch in advance. The X and Y servo motors drive the silk frame and fabric to move in a planar manner based on mechanisms such as synchronous toothed belts. Each stitch point on the fabric to be stitched is sent to the machine needle for embroidery. The speed of the machine needle's up and down movement is coordinated with the movement direction, movement amount, and movement speed of the stretcher frame, making the upper thread and moral bottom thread twisted to create a multi thread lock stitch on the fabric. When embroidery continues continuously, computer embroidery of patterns is performed.

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Attention should be paid to:

1. Scientific and reasonable color changing sequence, with the principle of avoiding color changing frequency and fewer lines as much as possible.

2. The bottom placement plan must be well prepared. Whether there is a good bottom placement has a significant impact on the quality of embroidery.

3. Don't forget to compensate for the collapse. Regardless of the collapse compensation, the specific pattern should be thinner and narrower than the sample.

Use suitable embroidery methods for different patterns, such as wrapping needles for long and narrow stripe patterns, and tatami for large scale patterns.