Here’s how to machine embroider with metallic thread

HomeFashion

Here’s how to machine embroider with metallic thread

One of the most common problems for even the most experienced embroiderer is embroidering successfully with metallic threads. We've seen it all: issue

A To Z Glossary on Embroidery Digitizing
What is Puff or 3D embroidery?
Complete Overview Of Brother SE1900 Sewing And Embroidery Machine

One of the most common problems for even the most experienced embroiderer is embroidering successfully with metallic threads. We’ve seen it all: issues with fraying, snagging, stretching, and constant spin breaks are enough to put anyone off, which is unfortunate for two reasons: everyone loves the little sparkle it provides the thread, and secondly, anyone who has absolutely any The machine should be able to sew or sew or quilt with metallic thread successfully! So, at this time of year, when it’s bright outside, we take a step-by-step look at the process of embroidering snowflakes with beautiful metallic thread, suggesting solutions to common problems. Or you can also get embroidery digitizing service from professionals.

First, make sure your machine is set up correctly (it only takes a few minutes) and you’ll be happily sewing with threads for hours. We will look at three areas where threads can get stuck:

#1 – At the spool (or cone)

#2 – Inside your machine

#3 – Right sized needle

Starting At the spool (or cone)

Starting with the machine spool, what about the first image? Curls can go well with ’80s hairstyles, but if you see that happening while you’re braiding, you’ll want to pull your hair back. If you’ve tried twisting the thread while hand sewing, chances are the thread will twist a little at each little stitch, so you end up with a fold and a big knot.

Now suppose the exact procedure with a machine operating at over 1,000 stitches per minute! It’s no wonder the cord breaks because each point adds an extra twist. So how do you straighten the thread? Fortunately, it’s very easy. Stacked spools (also called parallel windings) should always be loose from the spool side. The metal cone can only be rolled up at the top. When sewing with spools of metallic thread, use a vertical pin.

If your machine does not come with a vertical thread spool holder, we recommend that you use the upper thread holder when embroidering spools of thread and bobbins. Now let’s think about what happens inside the embroidery machine, especially what happens when the thread passes through the tension disc. Most embroidery machines have an automatic electronic tensioner, preset at the factory to run a general-purpose embroidery thread. Because of the ingenuity of your machine, it cannot tell you to sew with metallic thread instead of standard polyester embroidery thread.

We recommend lowering the maximum tension (override the auto tension setting) to 1.0. Metallic threads are one of the most delicate threads due to their unique structure. Therefore, loose top tension is essential for frustration-free sewing. Friction and threads don’t mix. Consult your device’s manual for information on how to override the default voltage setting.

Inside your machine

The metallic thread manufacturing method follows a unique process. The slightly thin veneer is taped and wrapped around a strong nylon core. When embroidering, stitches per minute are high to quickly create dense patterns of small stitches. The thread moves back and forth through the eye and groove of the needle, rubbing rapidly against the metal surface. All it takes is for the thinner sheet to break and just a nylon core to pass through the eye as the beautiful metal coating begins to assemble on the machine. Again, fortunately, the solution is very simple: use needles with large eyes and deep grooves. We recommend using a #90/1 superior suture needle.

The premium sewing needles feature longer and wider holes, deeper grooves to protect the thread while sewing, and a thin layer of titanium nitride to prevent chafing and keep the needles sharper for longer. Compare the top stitch technique (the gold needle in the photo below) with any of your own embroidery needles, and you will see the difference. Having more space in the eye of the needle helps reduce the tension in the thread as it moves through the needle at high speed and creates a stitch.

At the needle

Now that we’ve covered the most common problems and recommended solutions for each, we’re ready to sew! Start with silver and look at it; even after 3500 points, that will not break! Time to pick it up and enjoy the colors. If you thought metallic threads were just silver and gold, you’re wrong. Now that you know how a batch of metallic thread colors is waiting for you. We only need to use a few different colors for the design because no snowflake is the same, right? ! Check out the first finished snowflake below.

Now that you’re an expert on metallic thread look for opportunities to incorporate it into your embroidery. Sewing, and needlework projects. You’ll find that metallic thread adds a lot of dimension to stitched designs. When mixed with other types of thread, such as Blue Jay Sewn with Super Magnifico Polyester Thread. The metallic blue thread perfectly matches the blue polyester required in the design.

We replaced the blue metallic thread with a blue polyester thread, and the Blue logo shines bright as the sun as it looks out over the snowy mountains. Remember to loosen the top tension when sewing with metallic thread, then tighten it when sewing with regular embroidery thread. No need to change needles as Topstitch #90/1 needles are also great for Magnifico.

 

Why Does Metallic & Polyester Embroidery Thread Break More?

As a result, the thread is not as soft and flexible as other types of thread, and is more likely to break when twisted. This is a problem because of the way most multi-needle embroidery machines handle the bobbin used (vertical instead of horizontal). When the bobbin is placed vertically over one of the clips on an embroidery machine, the thread causes the thread to naturally warp.

To illustrate, consider a roll of toilet paper. If you removed the toilet paper while the roll was vertical (with a cardboard tube in the middle facing up), the paper itself would curl and fold. Similarly, as the thread continues to twist, it becomes more and more coiled, creating tension. Now the real problem occurs when the line touches the eye of the needle.

On average, if you were to sew a stitch on a thread and run it through your embroidery machine. That needle would go through the eye an average of 16 times before being sewn into the project! Because of the constant twisting while you digitize logo for embroidery, a lot of tension has already been applied to the thread. And the friction through the eye of the needle feeds the fire several times. Increasing the possibility of the thread breaking.

Why Professionals Store Metallic Threads in the freezer before use

Is it true that threads tend to break at high temperatures, but the opposite happens at low temperatures? For years, exhibitors have been committed to keeping metal strings in the refrigerator for 30 minutes to an hour before use. Since the thread twists as it leaves the coil, the coolness helps the thread unwind more easily and reduces twisting.

Bottom Line

Is it true that metallic threads tend to break at high temperatures, but the opposite happens at low temperatures? For years, exhibitors have been committed to keeping metal strings in the refrigerator for 30 minutes to an hour before use. Since the thread twists as it leaves the coil, the coolness helps the thread unwind more easily and reduces twisting.

COMMENTS

WORDPRESS: 0
DISQUS: 0