A computerized embroidery machine is a machine specifically designed for embroidery and controlled by a computer. It is an electromechanical product that integrates various high-tech technologies. As computerized embroidery replaces manual embroidery, these machines are becoming the primary equipment in the embroidery industry. What are the types and functions of computerized embroidery machines? Let's take a look.
Types of Computerized Embroidery Machines
There is a wide variety of computerized embroidery machines available in various specifications.
1. Classification by embroidery function
Generally, they can be classified by function into: standard flat embroidery machines, sequin embroidery machines (single, double, stacked, or quadruple sequin types), towel embroidery machines, cording/coiling 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 embroidery).
2. Classification by number of heads, needles, and stitch types
(1) By number of heads: Single-head and multi-head machines (ranging from 2 to 24 heads).
(2) By number of needles per head: Single-needle and multi-needle machines (3 to 12 needles).
(3) By fabric feeding/frame type: Flat-bed type and tubular (cylinder) type.
(4) By stitch type: 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 types, the possible combinations and classifications result in a vast array of machine models, allowing them to meet the needs of customers across different scales and requirements.
Functions of Computerized Embroidery Machines
1. LCD display capability
These machines typically feature high-resolution LCD screens. During the embroidery process, the status of the pattern can be displayed in real-time. Users can switch between Chinese and English interfaces based on their needs, making operation very simple.
2. Ability to store various patterns
Computerized embroidery machines feature computer systems capable of storing patterns in various formats with large storage capacities, thereby effectively improving processing efficiency.
3. Pattern rotation and scaling capabilities
Patterns can be rotated at any angle and flipped horizontally. They can also be scaled down (e.g., by half) or up (e.g., doubled in size)-with specific limits determined by the machine's actual parameter settings. Furthermore, users can choose the sequence of operations-rotating before scaling or scaling before rotating-to meet a wider range of embroidery needs.
4. Pattern editing and combination
Stored patterns can be edited, and multiple distinct patterns can be combined in various ways to create entirely new designs, offering great flexibility and convenience.
5. Capability for repeated embroidery
Computerized embroidery machines generally support repeated embroidery-either of the entire design or specific sections. Repetitions can be set up to nine times horizontally and vertically, allowing for a total of up to 81 repetitions.
These advantages form a solid foundation for the development of computerized embroidery machines, significantly driving the advancement of the embroidery industry and enhancing both the quality and precision of the finished work.