Classification of Computerized Embroidery Machines

May 01, 2026 Leave a message

Computerized embroidery machines come in a wide variety of types and specifications.


Classification by embroidery function
Generally, they can be classified by function into: standard flat embroidery machines, sequin embroidery machines (including single, double, stacked, and quadruple sequin types), towel embroidery machines, cording (rope) embroidery machines, laser embroidery machines, flocking machines, cap and finished-garment embroidery machines, and high-speed machines. There are also high-end models that combine multiple functions, such as "3-in-1" (flat + sequin + cording) and "4-in-1" (flat + sequin + simple cording + towel) machines. For example, the 4-in-1 hybrid computerized embroidery machine independently developed by Zhejiang Lejia Electromechanical Co., Ltd. is a cost-effective specialty model. It integrates standard flat embroidery, cording, sequin embroidery, and towel embroidery, achieving a perfect combination of 6-color loop embroidery, multi-color flat embroidery, sequin work, and cording. The resulting embroidery is elegant, stylish, and highly dimensional; it is widely used for apparel, curtains, bedding, and handicrafts, offering broad application prospects.


Classification by embroidery head, needle count, and stitch type
Computerized embroidery machines can also be classified based on the number of heads, the number of needles, and the stitch type:
1. By the number of embroidery heads: single-head and multi-head machines (ranging from 2 to 24 heads);
2. By the number of needles per head: single-needle and multi-needle machines (ranging from 3 to 12 needles);
3. By the type of fabric feeding frame: flat-bed (plate) type and tubular (cylinder) type;
4. By the stitch formation: lockstitch (Stitch Type 301) and chain stitch (Stitch Type 101).


Since each model involves variations in the number of heads and needles, frame types, and stitch formations, the possible combinations and detailed classifications result in a vast array of machine models. Consequently, they can meet the diverse needs of customers across different levels, scales of operation, and specific requirements.