Those who have used the embroidery machine usually encounter the situation that the embroidery machine embroidered the effect is quite different from the original one, and cannot solve such problems quickly.
Teach you how to improve the embroidery quality of the pattern design; Introduction to the daily operation of the pattern machine
Teach you how to improve the embroidery quality of the pattern design
Those who have used the embroidery machine usually encounter the situation that the embroidery machine embroidered the effect is quite different from the original one, and cannot solve such problems quickly.
To this end, we specifically explore how to improve the embroidery quality of the embroidery version. First of all, you should consider the fabrics and shapes that need to be embroidered. If the embroidery is deformed, you should consider using shrinkage compensation to make the shape properly embroidered, or the fabric needs to use the lower stitch embroidery stitches to achieve stability. Use automatic lower seam, shrink compensation, short stitch steps, fine-tuning values ​​and smart corners to achieve smooth, even placement of the stitches, and to eliminate gaps in the pattern design, as explained below.
1. Use automatic lower seam
Embroidize the lower stitch before filling the stitch to stabilize the fabric or prevent the thread from getting caught in the fabric. The best type of lower seam depends on the size of the fabric, the shape and the type of stitching used. Larger areas and elastic fabrics such as knits and embossed fabrics require smaller seams and harder fabrics such as twill or leather.
2. Use shrinkage compensation
The fabric is pulled inward (contracted toward the embroidery needle) by the thread that passes through the fabric. This has the potential to wrinkle the fabric and create a gap in the fabric. Automatic shrinkage compensation is the “excessive embroidering†of the needle-shaped contour on the sides of the fabric through the embroidery needle, so the automatic shrinkage compensation can offset the undesirable results of the wrinkles and gaps.
Experienced pattern makers can also overlap objects when they are making plates (ie, draw a bit larger when stroked) and use manual methods to compensate for shrinkage.
3. Minimize stitching in curves or corners
You can also use the trim value or short stitch to reduce the stitching. A pointed outer edge causes the stitch to bulge along the inner edge. When the shape is embroidered, the embroidery thread is broken. The longer the stitching, the more serious the problem.
Use the trimming value for the shape of the curve so that the stitch density along the outer and inner edges is uniform. Short stitch steps are used at the curved object to reduce the stitch density inside the curved object.
4. Reduce stitching at the sharp corners
The sharp corners in the shape cause the stitches and stitches to bulge, forming a hard part on the fabric and possibly damaging the fabric or breaking the embroidery needle. Using smart corners can help you control sharp corners in Input Method A and Input Method C objects. There are two types: beveled seam corners and cap-shaped corners.
5. Adjust stitch density
Use the stitch processor to adjust the stitch density when scaling or not. When using different fabrics or threads, or to reduce production costs, this will reduce the stitching of the embroidery version.
Introduction to the daily operation of the pattern machine
1. The height between the intermediate presser and the sewing material should be adjusted to O. 5mm.
2. The clearance between the lower shaft gear and the swing gear should be adjusted to 0.1 mm.
3. How to adjust the gap between the wire hook and the needle?
Answer: 1 Turn the handwheel so that the distance between the needle and the needle plate is 1 9.5mm.
2. Loosen the thread sweeper drive crank screw (2).
3. After pressing the wire sweeping drive crank (3) of the thread wiper, adjust the thread sweeping shaft (4) so ​​that the distance between the wire hook and the needle is 1Omm.
4. Tighten the wire drive crank screw (2).
5. Loosen the fixing screw (5) of the wire hook so that the gap between the lower end of the wire hook and the needle tip is 1mm, then tighten the screw.
How to set the 4.xY origin?
Answer: 1. Move the feeding bracket so that the center of the upper feeding plate in the x direction is consistent with the machine hole.
2. Loosen the two screws on the x-axis sensor bracket plate, move the sensor bracket plate so that the x-direction photocell is in the center of the x-axis sensor, and then tighten the screws.
3. Remove the right cover.
4. Move the feeding bracket so that the center of the upper feeding plate in the Y direction is consistent with the needle hole.
5. Loosen the Y-direction PV chip screw, turn the Y-direction photo-electric film, and place the Y-direction photo-electric film in the center of the Y-axis sensor, and then tighten the screw.
How is the position of the five-line sensor adjusted?
A: When there is no wire on the thread take-up spring, loosen the screw on the wire test board, touch the spring and the test plate, and then tighten the screw.
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Teach you how to improve the embroidery quality of the pattern design; Introduction to the daily operation of the pattern machine
Teach you how to improve the embroidery quality of the pattern design
Those who have used the embroidery machine usually encounter the situation that the embroidery machine embroidered the effect is quite different from the original one, and cannot solve such problems quickly.
To this end, we specifically explore how to improve the embroidery quality of the embroidery version. First of all, you should consider the fabrics and shapes that need to be embroidered. If the embroidery is deformed, you should consider using shrinkage compensation to make the shape properly embroidered, or the fabric needs to use the lower stitch embroidery stitches to achieve stability. Use automatic lower seam, shrink compensation, short stitch steps, fine-tuning values ​​and smart corners to achieve smooth, even placement of the stitches, and to eliminate gaps in the pattern design, as explained below.
1. Use automatic lower seam
Embroidize the lower stitch before filling the stitch to stabilize the fabric or prevent the thread from getting caught in the fabric. The best type of lower seam depends on the size of the fabric, the shape and the type of stitching used. Larger areas and elastic fabrics such as knits and embossed fabrics require smaller seams and harder fabrics such as twill or leather.
2. Use shrinkage compensation
The fabric is pulled inward (contracted toward the embroidery needle) by the thread that passes through the fabric. This has the potential to wrinkle the fabric and create a gap in the fabric. Automatic shrinkage compensation is the “excessive embroidering†of the needle-shaped contour on the sides of the fabric through the embroidery needle, so the automatic shrinkage compensation can offset the undesirable results of the wrinkles and gaps.
Experienced pattern makers can also overlap objects when they are making plates (ie, draw a bit larger when stroked) and use manual methods to compensate for shrinkage.
3. Minimize stitching in curves or corners
You can also use the trim value or short stitch to reduce the stitching. A pointed outer edge causes the stitch to bulge along the inner edge. When the shape is embroidered, the embroidery thread is broken. The longer the stitching, the more serious the problem.
Use the trimming value for the shape of the curve so that the stitch density along the outer and inner edges is uniform. Short stitch steps are used at the curved object to reduce the stitch density inside the curved object.
4. Reduce stitching at the sharp corners
The sharp corners in the shape cause the stitches and stitches to bulge, forming a hard part on the fabric and possibly damaging the fabric or breaking the embroidery needle. Using smart corners can help you control sharp corners in Input Method A and Input Method C objects. There are two types: beveled seam corners and cap-shaped corners.
5. Adjust stitch density
Use the stitch processor to adjust the stitch density when scaling or not. When using different fabrics or threads, or to reduce production costs, this will reduce the stitching of the embroidery version.
Introduction to the daily operation of the pattern machine
1. The height between the intermediate presser and the sewing material should be adjusted to O. 5mm.
2. The clearance between the lower shaft gear and the swing gear should be adjusted to 0.1 mm.
3. How to adjust the gap between the wire hook and the needle?
Answer: 1 Turn the handwheel so that the distance between the needle and the needle plate is 1 9.5mm.
2. Loosen the thread sweeper drive crank screw (2).
3. After pressing the wire sweeping drive crank (3) of the thread wiper, adjust the thread sweeping shaft (4) so ​​that the distance between the wire hook and the needle is 1Omm.
4. Tighten the wire drive crank screw (2).
5. Loosen the fixing screw (5) of the wire hook so that the gap between the lower end of the wire hook and the needle tip is 1mm, then tighten the screw.
How to set the 4.xY origin?
Answer: 1. Move the feeding bracket so that the center of the upper feeding plate in the x direction is consistent with the machine hole.
2. Loosen the two screws on the x-axis sensor bracket plate, move the sensor bracket plate so that the x-direction photocell is in the center of the x-axis sensor, and then tighten the screws.
3. Remove the right cover.
4. Move the feeding bracket so that the center of the upper feeding plate in the Y direction is consistent with the needle hole.
5. Loosen the Y-direction PV chip screw, turn the Y-direction photo-electric film, and place the Y-direction photo-electric film in the center of the Y-axis sensor, and then tighten the screw.
How is the position of the five-line sensor adjusted?
A: When there is no wire on the thread take-up spring, loosen the screw on the wire test board, touch the spring and the test plate, and then tighten the screw.
Http://news.chinawj.com.cn Submission:
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