— 電腦刺繡

Computerized Embroidery

A process that uses computer-controlled needles to create three-dimensional, durable designs on fabric, widely used for apparel, accessories, and promotional gifts to enhance brand texture and recognition.

Textile EnhancementBrand IdentityTactile TextureDurable DecorationMulti-color Designs

— Cost

Medium

— Lead Time

Sample 5-10 days · Production 10-25 days

— Suggested MOQ

50+

— Materials

6 types

What is it

Computerized embroidery is a technique that transforms digital design patterns into needlework. Using a specialized embroidery machine, pre-programmed design instructions are sent to the machine, which precisely controls needle movement and thread color changes. Tens or even hundreds of thousands of stitches are sewn onto the fabric surface, creating three-dimensional and richly colored patterns. The advantage of this process lies in its high repeatability and precision, ensuring consistent embroidery quality across every product and providing a more durable and tactile decorative effect than printing.

Best for

T-shirts, Polo Shirts, Shirts
Baseball Caps, Bucket Hats
Various Bags (Canvas Bags, Backpacks)
Uniforms, Workwear
Patches, Badges
Towels, Bath Towels

Materials

Cotton
Polyester
Blended Fabrics
Denim
Terry Cloth
Certain Leathers

Advantages

Highly durable, resistant to fading, peeling, or wear, capable of withstanding multiple washes.
Designs possess a three-dimensional texture and sheen, significantly enhancing product's visual and tactile quality.
High color stability, resistant to degradation from environmental factors or washing.
Ideal for creating intricate brand logos, text, or totems, strengthening brand identity.
Strong multi-color design capability; modern machines can use 9-15 colors simultaneously without frequent thread changes.
Applicable to various textile thicknesses and materials, offering a wide range of applications.

Limitations

Higher setup costs, not suitable for ultra-small batch production (e.g., single-digit quantities).
Limited detail resolution; not suitable for gradients, extremely fine lines, or text smaller than 5mm.
Higher cost compared to printing processes, especially for large designs or high stitch counts.
Not suitable for overly thin, highly elastic, or uneven fabric surfaces, which may cause deformation or damage.
The stiffness of embroidered designs can affect wearing comfort; design placement and size must be considered.

Frequently Asked Questions

What is the typical Minimum Order Quantity (MOQ) for computerized embroidery?+

Due to setup and machine programming time, the typical MOQ for computerized embroidery is usually 50-100 pieces. The exact quantity can vary based on design complexity, embroidery area, and product type. We recommend discussing your specific needs with our sales team for an accurate quote.

How is the cost of embroidery calculated? Is it more expensive than printing?+

Embroidery cost is primarily calculated based on the 'stitch count'; larger and more complex designs with higher stitch counts will incur higher costs. Additionally, the number of colors, embroidery area, and order quantity also affect the price. Compared to general printing, embroidery typically has higher initial setup fees and unit costs, but it offers significantly superior durability and perceived value.

How detailed can an embroidery design be? Are there limitations on design or text size?+

Computerized embroidery can achieve very fine details, but it does have physical limitations. Generally, the minimum recommended font height is about 5mm, and line width should be at least 1mm. Gradient colors or overly complex, tiny designs may not be perfectly rendered. We recommend providing your design for our evaluation of feasibility.

Will embroidered designs easily unravel or fade?+

High-quality computerized embroidery uses strong threads and precise stitching techniques, ensuring excellent durability. Under normal use and proper washing, embroidered designs are highly resistant to unraveling, fading, or deformation. Their lifespan often exceeds that of the fabric itself, maintaining vibrancy and integrity for a long time.