The weft insertion drive system combined with the connecting rod mechanism and the propeller mechanism reduces the acceleration of weft insertion, even if the low strength yarn can be easily woven too. Because there is no gear drive, the noise is minimized.

SK Weft Transfer System: Utilize short and light gripper for weft insertion, minimizing the shed and reducing the draft of the warp yarns, so as to get higher weaving speed.

FPA Weft Transfer System: Offer a race board with no guide hooks in the shed, which reduces the damage for the warp yarns, optimize the design of the rapier gripper so as to clamp more different weft yarns. All can be got the better solution for single yarn, double yarns or fancy yarn.

The pick-finding is achieved depended on the bridge gear driven by an independent motor and the slow motion of main motor controlled by a microcomputer. The levelling angle of the heald frames can be set on HMI touch-screen, with no mechanical adjustment, and the structure is simple and stable.

The electronic warp let-off and fabric take-up are respectively driven by independent servo motors, with a simple and compact structure. Their operation is controlled by the CPU, ensuring stable warp tension throughout the weaving process and effectively reducing starting marks.

Step-motor-type weft selector controlled by Microcomputer can minimize the extra tension on the weft yarns, and operate reliably without maintenance.

Multiple choice of weft cutters: mechanical weft cutter, rotary weft cutter, servo-motor-type weft cutter.

The electronic leno device is driven by an independent motor.

The electric control system utilizes 32-bit microprocessor control unit, HMI touch-screen and fully closed design electric cabinet. Its motor drive module is cooled through the heat radiation plate on the surface of cabinet, it is with some functions such as the compensation for electronic warp let-off and fabric take-up, production report statistics, monitoring machine and so on, and also it can be configured with networking function. Because the system design adopts a unique tension control algorithm, it ensures the minimum tension fluctuation of the warp yarns, so as to use for weaving some fabrics with very fine yarns.