Seven Insane (but True) Things About Embroidery Digitizing

Embroidery Digitizing, which has been widely spoken about, is nothing but the process of converting the embroidery designs into a format that is readable by the modern embroidery machines to get the desired designs on a variety of materials. These digitized images are offered in diverse formats according to the industrial requirements. However, there are certain unrevealed – perhaps, even insane – yet true facts about embroidery digitizing that we will talk about here. But before plunging into the subject right away, let’s take a look at some fun facts.
Funny Facts About Embroidery
• Ancient stitch styles like running stitch, chain stitch, blanket stitch, buttonhole stitch,
cross stitch, and satin stitch are an still an essential part of the hand method.
• During the 1800s, though embroidery machines seem to have existed, they were
just looms while the actual embroidery was hand made by teams of women, in order
to accomplish mass production.
• In old days, embroidery designs were used on uniforms, shoes, calligraphy, tunics,
robes, pouches, leather belts, and even on horse trappings. In fact, it became a
widely popular art in cities like Istanbul, Cairo, Damascus, etc. as these were initially
used only by the people belonging to the higher classes of society, a majority of
which were Muslims.
• Though the source of embroidery art is yet to be discovered, there are evidences
from Iron Age, Northern Europe, Ancient Egypt and Zhou Dynasty of China. The still
existent chain stitch of China is said to belong to the 5th to 3rd century BC.
• Contemporary embroidery digitizing involves high-end machines and software tools,
which use various ‘fills’, textures, and designs to get the final work done. Some of the
applications of these digitized designs include various marketing tools like logos,
monograms, business items, gifts, team apparel and more. They are also used to
make household items such as decorator fabrics, linen etc.
Seven Insane Facts or Things About Embroidery Digitizing
1. Did you ever know that embroidery was basically a man’s profession though it is
seemingly associated with the housewives of the 19th century? Several young men
undertook apprenticeship in order to master the intricacies of the embroidery
design skills.
2. Embroidery can be otherwise termed as an ornamental needlework that is applied
on a desired fabric.
3. The Jacobean style of embroidery is known as ‘crewel embroidery’ and was widely
popular in England during the 17th century; while the ‘tree of life’ is a very familiar
pattern, which is believed to have the source of inspiration for Indian works.
4. Embroidery digitizing of designs often contain about 7500 stitches in 1 sq. inch
while handmade designs contain about 2000 stitches in the same area.
5. The digitizing machines can generate almost 1000 stitches in a minute and three
machines with 20 heads can generate over 1.2 million stitches in just one hour.
This explains the rate of productivity and turnover time for business models.
6. Modern digital version of embroidery designs has greatly reduced the turnaround
time and the amount of physical labor involved in completing the task. This way, it
has been one of the most cost-effective solutions even for mass productions.
7. It takes several years of experience to achieve high quality digitizing. Though
drawing a design sounds very simple, the best stitch, along with a professional
finish and great looks is achieved only with years’ of practice in the field.
Some of the greatest benefits of embroidery digitizing have been optimized accuracy with greater appeal and the least turnaround time. Irrespective of whether your designs are simple or complicated; and your projects small or big, you can get them handled quickly, with precision, using this technique. However, choosing the right company for your embroidery digitizing project is crucial. Though there are several digitizers in the market, only a few are able to produce the desired results with a classic finish within a fast turnaround time.

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