In an Industrial Sewing Machine, in order to sew the required sewing pattern, the sewing data corresponding to the changed sewing pattern is made, and the information of driving the sewing machine according to the sewing sequence is stored in a storage medium such as a floppy disk in advance. According to the relevant sewing machine data (information of sewing method), the cloth of the sewn object is clamped by the deposit and moved on a certain plane at the same time to automatically deliver the sewing pattern. The Automatic Sewing Machine of computer connecting belt also completes the sewing of container bags through various data transmission programmed by computer.
The sewing data of automatic sewing machine connected by computer consists of the relative position change of needle and cloth for each stitch forming the sewing pattern and the control commands used to control the sewing machine and drive the motor of the sewing machine. The data set of each stitch is used to form the sewing data of one sewing pattern.
The automatic sewing machine of computer connecting belt can bring a revolution to the sewing production of ratchet tensioner binding belt, fastening belt and fall protection safety belt: the large rotary shuttle with 3 times thread capacity can not only use the thick thread meeting the safety requirements (British No.10 thread = t-270, v277840dx3), but also reduce the frequency of changing the bottom thread and greatly improve the production efficiency. Compared with Mitsubishi, JUKI and brother computer pattern machines on the market, mlk500's super large rotary shuttle has unique advantages. Super strong motor torque and needle penetration, can sew extremely thick and hard multi-layer materials (such as 2 to 4 layers of 2mm thick high-strength synthetic fiber ribbon, nylon ribbon or polyester ribbon).
The computer connection belt automatic sewing machine provides good sewing effect for reinforced sewing, and can complete the sewing requirements without skilled technology. It is controlled by computer programming. Ensure high output and excellent lockstitch quality to improve production efficiency.
