Embroidery digitizing is the process of converting artwork (like a logo or illustration) into a digital file that an embroidery machine can understand.
Unlike a printer, which can simply "read" the pixels of a JPEG, an embroidery machine needs a specific set of instructions called a stitch file (such as .DST or .PES). This file tells the machine exactly where to move the needle, which stitch type to use, and when to change thread colors.
Machine embroidery is the process of using a machine to create decorative stitching on fabric. It has evolved from a manual, artistic skill into a highly automated, digital process used for everything from personalized gifts to mass-produced corporate branding.
Computerized Embroidery: The most common form today. A machine reads a digital design file and automatically moves a hoop (holding the fabric) under the needle to replicate the pattern with mathematical precision.
How Computerized Embroidery Works
The modern process typically follows these four steps:
- Digitizing: Converting a piece of artwork (like a logo) into a specialized stitch file (e.g., .DST or .PES). This tells the machine where to stitch, in what order, and what stitch type to use (like satin for letters or fill for large areas).
- Hooping & Stabilizing: The fabric is placed in a "hoop" to keep it taut. A material called stabilizer is placed underneath to prevent the fabric from puckering or shifting during the high-speed stitching.
- Machine Setup: The design is loaded via USB or Wi-Fi. The operator threads the machine with specific colors.
- Execution: The machine stitches the design. Single-needle machines require the user to change thread for every color, while multi-needle commercial machines can hold 6–15+ colors at once and switch between them automatically.
Please click the button "Custom Digitizing Order Place" or click "Custom Order" on the menu bar
1/ Choose the Width, the Number of colors etc.
2/ Attach a logo file that needs to be digitized
3/ Click a file format for your embroidery machine
4/ Attach one or many image file(s) that needs for reference
5/ In the box "
Click "Add To Cart". You will get an invoice from our email "no-reply@embdigitizingsky.com". Just pay it through Paypal "embdigitizingsky@gmail.com" and then your order will be available to download, it may take 24 hours.
Please check your "Spam" folder, if our below emails were there, move it to your inbox and mark it as "Safe" please.
Please add no-reply@embdigitizingsky.com and embdigitizingskyinfo@gmail.com to make sure you got our emails. Thank you!
Unzipping a file (also known as extracting) is a straightforward process, but the steps vary slightly depending on whether you are using a PC, a Mac, or a mobile device.
Windows 10 & 11
Windows has built-in support for .zip files, so you don't need extra software for basic tasks.
1/ Locate the zipped folder you want to unzip.
2/ Right-click the folder.
3/ Select Extract All... from the menu.
4/ Choose the location where you want the files to go and click Extract.
Tip: If you just want to see what's inside without extracting everything, you can simply double-click the zipped folder to open it like a regular folder.
macOS
Macs make the process even faster using a tool called Archive Utility.
1/ Locate the .zip file.
2/ Double-click the file.
3/ The system will automatically extract the contents into a new folder in the same location as the original zip.
This is a very complicated question and all we can tell you is there are about 7 different versions of PES and a lot of machines and other software packages with various levels of support for them. Most machines that take PES will also take DST and we would highly recommend you to use DST instead.
Yes, most modern embroidery machines allow you to resize designs directly on the screen, but there are significant technical limitations you should know to avoid ruining your project or damaging your machine.
The General Rule: 10%
Most experts and manufacturers (like Brother and Elna) recommend staying within a 10% range when resizing on the machine.
- Enlarging (>10%): The machine typically pulls the existing stitches further apart. This creates gaps where the fabric shows through (poor density) and can result in "loopy" stitches that snag easily.
- Reducing (<10%): The machine pushes the stitches closer together. This makes the design too dense, which can lead to "bulletproof" embroidery (stiff fabric), broken needles, or thread nesting.
Why Machines Have Limits
The main reason for these limits is how the machine handles "stitch files" (like .PES, .DST, or .HUS):
- Stitch Processors: Many machines lack a built-in "stitch processor." This means when you resize, the machine doesn't add or remove stitches; it simply moves the existing needle-down points.
- Density Issues: Because the stitch count remains the same while the area changes, the stitch density becomes either too thin or dangerously thick.
- Physical Constraints: You are always limited by your hoop size. A machine will generally not let you resize a design beyond the boundaries of the hoop currently selected or attached.
If you need to change a design's size by more than 10%, you should use embroidery software
We will not charge for editing on our design but there will be a charge for re-sizing or changing the original image.
We are using Wilcom software.
Wilcom is widely regarded as the industry standard for professional embroidery digitizing, particularly for high-volume commercial production
Our turnaround time is 24 hours. In case the design is urgent we will deliver it ASAP.
Size of a logo depending on the placement of the logo and sometimes logo itself.