Since we are discussing digitization, embroidering logos necessitates precise alignment, particularly when they contain letters. Keeping in mind the various letter sizes and heights makes embroidering letters more difficult for digitizers. Despite the fact that digitizing letters appears to be simple, you were overwhelmed even with the tiniest flaw. because everyone is familiar with the actual appearance of letters, making it easy to spot the error. In order to preserve quality when digitizing letters, you must exercise greater caution.
The following are four things to keep in mind so that your letter digitization process goes as smoothly as possible and catches the attention of your intended audience.
Take into account the letters’ width, height, and size. Don’t use fancy, curved, or twisted words. Use the right density. Underlay correctly. Now, we’ll show you each step in detail step by step.
1. Size, width, and height
are important when digitizing letters. Your letter size should never be less than a quarter of an inch, as this is always the best practice. The width of the column stitches is just as important as their size.
If you want your letters to stand out and be read by your target audience, there are a few things you need to keep in mind.
Letter Width Let’s say your needle has a diameter of 1 nm, which is the minimum width needed for a satin stitch.
The letter spacing is intended to be between 0.8 and 1 mm.
Size of Needle and Thread The thread that will be used to digitize small-letter words should be of a small size. To avoid compromising quality, you can’t make a satin stitch that is narrower than the needle used to make it. When digitizing projects involving small letters, a 75/11 needle and thread of 40 weight are recommended. Depending on the complexity of your project, you can change that criterion to a 70/10 needle with 60weight thread—25 percent thinner than thread 40—by utilizing advanced feature technologies for Embroidery digitizing.
Letters’ Height In some projects, the width may be undervalued; therefore, the letter’s height should be examined first. For instance, if you use a technical rule as a guide, the height of capital letters should be 4 millimeters when digitizing letters that may contain more than one alphabet.
Each letter should have a height of 5 millimeters if there are more than one alphabet.
2. Avoid using letters
that are curved, twisted, or serif. It is difficult to deal with letters that have columns that are different widths. Maintaining the shine while digitizing serif or small letters could put you in danger. A serif is basically a line at the top or bottom of a letter’s stroke. When digitizing in a smaller space, especially, it can look messy and lose quality. For digitization, simplified words should always take precedence over letters with curved edges.
You can choose from a variety of free fonts based on your project. Because your preference will determine whether you will improve or lower the quality of your work and how much time you devote to it.
3. Appropriate Density
of Stitch and Fabric “In terms of embroidery, spacing between stitches refers to density.”
For instance, the number of stitches joined together increases with density. When you try to compress too many stitches over a small surface, you need to be more careful. Problems can arise with both extremely high density and low density.
Examples include fraying threads, puckering, holes in fabrics, low-quality designs, and numerous others.
Consider that the stitch density must be comparable to the fabric density utilized for digitizing. This is an additional crucial aspect. The digitizing letters have snagged edges as a result of using a high-density stitch on light fabric.
The letters o, p, q, and so on are closed hoops in some alphabets. In order to digitize these alphabets effectively, low-density stitches are required. 0.45 mm is the standard radius for the closed looped space.
Therefore, diagnosing the density issues is critical. When digitizing letters, density should be set appropriately in accordance with the design.
4. Proper Underlay
Underlay serves as a foundation for cover stitches and serves as a base for the letters to digitize correctly. The functions of embroidery are comparable to those of a human skeleton. When working with soft fabric, underlay provides a loft that raises the cover stitch. The most well-known kinds of underlay include:
Center Run underlay (run down through the column) and Edge Run underlay (run along the edge of a letter) are the two types of underlay. Edge Run underlay is not intended to support the digitization of small letters. Sometimes, the lettering also serves as an underlay when you use fabric-moving stitches. Knowing whether to use the appropriate underlay is crucial. It won’t be possible until you’ve gained enough experience with time. For instance, using the thumb rule:
Underlay should not be used on letters with heights under 5 mm.
Letters with a height of 6-10 mm are covered with center run underlay.
Edge run underlay can be applied to letters with a height of more than 10 mm.
If you want to ensure that digitizing letters goes as smoothly as possible, these are a few things to keep in mind. High-quality work will then make a lasting impression on your audience.
In conclusion:
letter digitization is challenging. A small amount of carelessness can make a big difference. Avoid using wavy or twisted letters in your embroidery because they will be difficult for your audience to read and won’t give your letters a distinctive appearance for Embroidery digitizing services. Letters are difficult to digitize on fabrics like jackets and other items. In contrast to the soft fabric, it requires different underlayment and density adjustments. For producing letters of high quality, only experts are aware of the appropriate application of these crucial factors. We hope that this article has helped you determine the most effective method for lettering.
