Functions and types of computerized quilting machines

The main control device of a computerized quilting machine is an industrial computer, which, in conjunction with motion cards, stepper/servo motors, and frequency converters, plays a crucial role in ensuring the high-speed, accurate, and stable operation of the entire machine. Multi-axis motion control cards are high-performance, low-cost stepper/servo motor motion control cards based on a PC bus.

Computerized quilting machines include functions such as pulse output, pulse counting, digital input, and digital output. They can emit continuous high-frequency pulse trains. By changing the frequency of the emitted pulses, the motor speed is controlled; by changing the number of emitted pulses, the motor position is controlled. Pulse counting can be used for encoder position feedback, providing accurate machine position and correcting errors generated during transmission.

As a new type of machine integrating automatic control and large-capacity storage technology, computerized quilting machines have a wide range of applications in the processing of mattresses, fabrics, bedspreads, and other products.

Currently, quilting machines are mostly divided into various specifications and types, such as computerized shuttleless multi-needle quilting machines, computerized shuttle multi-needle quilting machines, and computerized high-speed bobbin winding machines. Compared to traditional mechanical quilting machines, it breaks through the limitation of only being able to stitch simple patterns on a half-coordinate system. Under its powerful computer control system, it can accurately process various complex patterns coded on the entire coordinate system, including various independent patterns. Moreover, in terms of production speed, mechanical performance, and noise pollution, it is unmatched by previous mechanical machines.