Weaving Machinery: Both High Speed And Energy Saving.

With the continuous development of R & D technology and the increasing speed of loom products, its stability, applicability and reliability have been further improved. At the same time, through the more optimized design, the low vibration of the machine at high speed is realized.

Toyota textile machinery The LWT710 water jet loom of Commerce and trade (Shanghai) Co., Ltd. adopts new beating up mechanism, new wallboard structure and CPU with ultra-high speed processing speed to achieve high quality weaving under high-speed operation. The distance from the beating point to the heald frame is greatly shortened, and the yarn is softer.

By adjusting, the machine achieves the optimization of wallboard structure, the lightening of the beating up mechanism and the best balance ratio, and realizes the equipment. high speed Low vibration during operation.

Qingdao Tong Chun electromechanical The TC780A super high speed air-jet loom developed by science and technology company has adopted the technology of high strength braking, and the high quality electromagnetic material has been selected to keep the braking angle at about 180 degrees, so as to meet the requirements of the super high speed air-jet loom.

The main nozzle supercharging technology is adopted to change the diameter of the nozzle to 2.15 centimeters, and the length is changed to 42.15 centimeters. The pressure and flow rate of the gas are improved, and the performance of the nozzle has been obviously improved, so as to meet the requirements of the super high speed air-jet loom.

The Baxter series and hundred Super Series rapier looms exhibited by Liaocheng Textile Machinery Co., Ltd. are equipped with a solid structure to ensure high stability and low vibration times when the machine is running. The main drive can be powered by a low energy consumption SRD motor direct drive structure or three asynchronous electric machines driven by the belt electromagnetic clutch.

It adopts the spatial four link belt driving structure, the weft yarn transfer is precise and stable, the single guide hook or the guide hook system is adopted to minimize the damage to the warp yarn, and the smaller size of the shed can reduce the tension change during the opening process of the warp yarn, thus effectively reducing the breaking ratio and breaking rate of the weaving process.