How To Realize The High Speed And Efficient Embroidery Machine?

You know, usually describe one.

The efficiency is based on its maximum speed.

In fact, when the embroidery machine switches the needle length larger, the electronic control system will adjust the speed of the embroidery machine.

For example, a machine runs at a maximum of 750 turns at 2mm switching pin length. When the switching pin length changes to 10mm, the electronic control system will reduce its speed to a lower (<500) level and adapt to the timing of the stepper motor driving the embroidery frame.

Therefore, the scientific description of the efficiency of the computerized embroidery machine should have three parameters, that is, the maximum speed, the minimum speed and the switching needle length.

The maximum speed and the minimum speed determine the speed range of the machine, and the length of the needle is decided by the length of the needle, because when the needle length is longer than the switching needle length, the speed of the machine will be automatically lowered to suit the position of the embroidery frame.

The full servo system is realized by raising the highest speed, minimum speed and changing the needle length.

Traditional use of stepper motor to drive embroidery frame

The maximum speed is generally set at around 750 rpm. When the length of the needle is greater than 5mm, because of the limitation of the stepping motor's performance, the electric control system will automatically reduce the spindle speed to ensure that the embroidery frame has enough time to operate in place.

The servo motor has the characteristics of high speed, overload capacity and large output torque. When applied to the embroidery frame drive, it greatly shortens the time period needed to move the embroidery frame back and forth. This makes the spindle of the embroidery machine keep high speed when the switch needle length is large, so as to enhance the work efficiency of the embroidery machine.

With the use of servo motor, switching needle length can increase the switching length of the machine to 7mm without lowering the speed, so that most needle lengths work at the highest speed.

The characteristics of computerized embroidery machines are summarized.

1, the original stepper motor system is improved to servo motor system.

2, switch the needle length longer and the spindle turn.

The movement period of the embroidery frame is shortened.

3, the motion characteristics of the embroidery frame are more stable and the noise is even smaller.