news

Home / News / Industry News / How fast does the single head cap T-shirts garments shoes tubular embroidery machine embroider?

How fast does the single head cap T-shirts garments shoes tubular embroidery machine embroider?

The embroidery speed of the single head cap t-shirts garments shoes tubular embroidery machine is one of the important indicators to measure its efficiency and production capacity. This model is widely used in the market of clothing customization, footwear embroidery and various embroidery needs with its high performance and multifunctional design.

High-speed embroidery capability

The single head cap t-shirts garments shoes tubular embroidery machine has demonstrated production efficiency with its embroidery speed of 1200 stitches per minute. This speed ensures that a large number of embroidery tasks can be completed in a short time, which is particularly suitable for mass production or urgent customization needs.

Automation technology support

The embroidery machine is equipped with automatic thread cutting and automatic color changing functions, which effectively reduces the operating burden of operators and improves production efficiency and the stability of embroidery quality. Automation technology not only improves production speed, but also greatly reduces operating errors and time waste.

Design Format Compatibility

In addition, this model supports multiple design formats, such as DST, DSB, etc., allowing users to flexibly select design files and achieve fast switching and production. This multi-format compatibility ensures seamless connection with different design software and files, meeting the needs of different customers and markets.

Stability and Mobility

The embroidery machine adopts a heavy-duty steel frame and is equipped with heavy-duty wheels to ensure the stability and mobility of the machine at high speeds. This design not only ensures the consistency of embroidery quality, but also enables the machine to be easily moved to different workplaces to adapt to the needs of different production environments.