TZ Series Expanded Controller for Special Embroidery_刺绣机电控系统

The computerized embroidery enables traditional manual embroidery to achieve high speed and efficiency. It can also meet the requirements of multi-level, multi-function, and pattern perfection which cannot be achieved by manual work. The computerized embroidery adds many colorful contents to garment processing. And special embroidery of series TZ expanded controller has further enhanced the diversity of garment processing. These special embroideries came into being, such as sequin, easy cording, hot drilling,， beading, taping, laser, thermal cutting and many other special embroidery functions. These series of products have built a general special embroidery platform to meet the needs of the continuous development of special embroidery.

Specifications

This series of products are customizable control device. Through the combination of ‘n+m’ , various mechanisms are driven and special embroidery processes are realized. The meaning of ‘n+m’refers to:

‘n’ represents that this device contains n closed-loop step-motor drivers.

‘m’ represents that this device contains m open-loop step-motor drivers.

These special embroidery drivers support many special embroidery processes of most mainstream manufacturers, such as sequin, easy cording, beading, taping, hot drilling, laser, thermal cutting, etc. The advanced and reliable CAN bus communication ensures the effective transmission of communication signals, and multi function communication also realizes the decentralized and synchronous coordinated processing operation of each machine head.

In general, the functions supported by various special embroidery control devices with CAN communication include:

1) Special embroidery process integrating with plat embroidery patterns.

2) Meet the requirements of decentralized nodes with arbitrary expansion.

3) Realize configuration drive of advanced closed-loop step-motor control.

4) Realize complex actions from single motor to multi motor combination within a single device.

5) Complete various complex actions of special embroidery under the synchronization of main shaft.

6) Realize distributed comprehensive fault diagnosis, etc.