Product description:
Targeted on saving energy, YC9000 series of Ultra-speed air jet looms feature a comprehensive and profound structure. A drastic technical improvement of speed, monitoring, product quality makes Spark YC9000 series the fastest-developing model among a variety of national shuttle-less looms. The use of advanced technology especially the electronic and micro-electronic technology highly enhances its performance.
Ultra-speed
With optimized weaving structure, well-built beating system and high-level wefting insertion system, the YC9000 series Ultra-speed air jet loom integrates high-speed performance with lower energy consumption in an effective way. YC9000 series uses German digital chip processor technology, and jointly innovating Intelligent Navigating System with BGR Shanghai, fully upgrade its weaving technology and step into a modern intelligent era radiating golden glories.
Energy saving
YC9000 series employs fast evaluation method in electric design, and has reached high-precision, high speed control on solenoid valve, by which reduced angle delay of nozzle spraying-up, lessened length of air delivery, and degraded air consumption. The use of latest type of energy-saving reed, energy-saving nozzle and German voltage-regulating system, optimizes factory entirety air-delivery design and accurately masters debugging parameters, successfully lowers air-delivery from 1.2-0.8 cubic meters per minute to 0.8-0.5 cubic meters per minute, ultimately resulting in 40% on the energy-saving, leaving behind all its domestic competitors.

          
1,Efficient and stable beating-up mechanism:
High-speed and strong adaptable four-bar beating-up mechanism is adopted during narrow width weaving to ensure the weaving
efficiency;six-bar beating-up mechanism with abundant weft time during wide width weaving to ensure stable weaving.
2,Electric take-up:As an advanced take-up device in our country,it expands the varety of fabrics(5.9-1118.1/cm),easy operation and more precise.
3,Electric let-off:Warp tension is determined by tension sensor and amount of let-off is controlled by computer to ensure the prescision for amount of let-off and keep warp tension constant.