How To Transfer Designs And Create Artwork For Embroidery Digitizing

Embroiderydigitizing is one of the most advanced techniques, which allows designers to create unlimited variations of designs. Distinct from hand embroidery, where designs are created with fabric threads, digitized embroidery saves time and effort as it doesn’t involve stitching or using needles. It is executed using computerized embroidery machines that place threads on the fabric in accordance with a file simulation of the original design provided by a designer.

Digitizing Steps

The embroidery process can be divided into the following five general steps:

1.The first step in this process is to upload artwork or patterns to digital software. Most machines are compatible with their own software brands.

2.The uploaded artwork has been customized before being punched into a real design.

3.Before considering other variables, the embroiderer selects from a range of stitch types available. The stitch direction is also managed

4.The color of the pattern line has been determined.

5.Machine threading design

So far, with the pace of technological progress, the embroiderer has a series of possibilities. There are many options where you can try to combine machines and software applications. We will now look at the different functions surrounding digital embroidery and a range of possible options that allow the embroiderer to shape the fabric in the following ways:

Independent lace (FSL) method

In FSL technology, the object is made entirely of thread sewn on the machine, similar to lace. This threading technique allows the embroiderer to get more creative through a large number of options he can try.

Initially, digitizers attempted to build profiles specifically for a separate place. It is recommended to use water-soluble stabilizer when making self-supporting lace, because it is impossible for the machine to make it in mid air. After the stitching design, you can dissolve the stabilizer, and you will only have independent lace.

This method is very easy to manage, because its standardized process will also produce perfect works of art. However, in order to make it successful, the technology takes into account many factors.

Shadow work

This unique technology focuses on slightly opaque but thin fabrics. Stitching is not done on the front of the fabric, but on the back to create a shadow effect. Using embroidery digitization in this technique will only expand the number of results and patterns you can create.

In order to select the fabric matching your process plan, you can put your hand on the back of the fabric and observe whether there is visible shadow on the front. The most popular fabrics used for shadow works include lawn, plain muslin, organza, barry and georgette.

Carver

The carving embroidery scheme is simple surface needlework, involving stitching round or oval eyelets. This technology adopts two main suture technologies; Running and buttonhole stitching. First of all, the carving mainly uses the thread matching the fabric color. If you plan to carve, you'd better use hard fabric.

Redwork

This is basically the sewing work done on white or natural color fabrics through red thread. The stitch types commonly used in this technology are surface stitch and cross stitch. These works can also be completed through the blue line, but they are no longer called "Redwork". In a word, the color of lines may be different, but the same mechanism is used; The monochrome splicing on the white background was originally based on the idea of application in redwork

The concept of red works has existed since the 1800s. It is believed that it originated from the idea that rural women use red lines to decorate their homes and decorations. Due to the introduction of extensive application of technology and information technology, red or any other line can be used for more complex and exquisite works of art.

3D embroidery

A little disclaimer, the process of 3D embroidery is similar to the standard method, but the difference is that the pattern is set using an embroidery file with the extension ". dst". This extension is used to import drawings from digital software into the machine.

The second major difference between standard embroidery and 3D embroidery is that the foam material will unfold on the fabric surface before sewing the thread. This helps improve the design and provides more visibility, just like custom patches.

You can use this method on many types of clothing, such as jackets, hoodies, and sweatshirts. In terms of visual aids, it is also considered a suitable alternative to applique embroidery patch patch or logo embroidery.

Embroidery File Type

Computers and machines have comparative and complex reading abilities. In short, the files stored in the computer system are not directly readable by the machine. This indicates that the embroiderer needs to convert the design or artwork stored in the computer into a specific digital file extension, so that the machine can clearly understand and formulate the path of the needle. In most cases, many machines have their own built-in software, which helps to translate the splicing instructions of files more easily.

Although these machines can read every file that the computer can read, the embroiderer must still digitize the design, logo, or artwork in a specific structure that the machine can understand. Artwork is converted into specialized files, each of which is machine specific.

File format

. tap is a special embroidery file extension for Happy commercial computer.

. dsb is a special embroidery file extension for Barudan commercial machines.

. exp is a special embroidery file extension for Melco commercial computer.

Important aspects of embroidery digitalization

Fish scale pattern

Bottom Stitch This is a special stitch procedure designed to hold the fabric to the bottom. They also position the fabric's fibers so that the top firmly establishes the main design. This example is common in sleeve patches or stylish embroidered baseball caps.

compass course

The needle path is determined by the person responsible for digitizing the design. The stitch path determines where the needle starts and ends sewing. In addition, it determines the order in which each design is put on the fabric.

Stitch type

This is one of the most creative parts in the threading process. The digitizer selects from a series of stitching patterns, the most common of which is

Running needle; Represents the continuous mode of a thread. It is mainly used to design thin borders and text, or any small design deemed appropriate.

Satin stitch; It is mainly used for complex details and borders, which are more common in text.

Filling stitch; They have many variations. They are used as files covering large areas of design, but can also be used to make different patterns.

Skip stitch

One of the major problems facing the embroidery industry is that jump stitches are extra lines or tails that you may see in patterns or designs. This makes it necessary to locate and trim all skipped stitches, and may make the process very tedious and tiring.

Number of threads/stitches

The number of stitches refers to the number of stitches required to create the entire pattern. The simple rule is that the more detailed the logo or specific pattern, the more stitches. This is why the number of stitches varies according to the structure and details of the pattern.