New technology offers even greater savings in air consumption. Thanks to a new weft insertion mechanism, a new frame structure and a faster CPU, the JAT710 is capable of running at maximum 1250 rpm. The JAT710 was built using 3D design and computer analysis to optimize the frame structure, including the cross rail connections, and to realize lighter weight and optimum balance of the beating mechanism. These improvements enable lower vibration even during high-speed operation. The JAT710 features the most advanced electronics technology in the industry, including a new Internet-ready color function panel with enhanced communication capability and a new, faster CPU. A full range of standard equipment and a variety of options allow the JAT710 to weave fabrics that were previously mostly woven by rapier looms, including ultra-wide home furnishings fabric, stretch fabric, fabric of different yarn types and counts, airbags, seersucker and fabric with tuck-in selvages. Advanced design using computer streamline analysis provides stable insertion of weft yarns and reduced air consumption. The new automatic brake system (ABS) adds a retracting function to the conventional break function. Using the function panel, the operator can designate braking strength according to yarn type. The timing of the ABS movement is automatically synchronized to weft yarn travel, effectively preventing weft yarn breaks, while reducing energy consumption. The ability to use air for threading weft yarn further enhances ease of operation. New AFC This device enables stable weft insertion by automatically synchronizing air infection of the conical tandem nozzle with the arrival of the weft yarn, changing the weft yarn releasing tension from the EDP drum. New ATC This device automatically synchronizes the movements of the solenoid pins, ABS and solenoid valves with the arrival of the weft yarn. A newly added real-time operation mode instantly adjusts for any changes in the travel of weft yarn. Toyota has successfully developed a high-performance solenoid valve with a smaller size and quicker response, which eliminates waste in air consumption and can support short-pitch sub nozzles. The JAT710 was built using 3D design and computer analysis to optimize the frame structure, including the cross rail connections, and to realize lighter weight and optimum balance of the beating mechanism. These improvements enable lower vibration even during high-speed operation. The JAT710's powerful CPU and new web-browser-equipped color function panel enable next-generation factory management The function panel connects directly to the Internet, allowing the operator to communicate with customers and the Toyota head office. Data can be exchanged between looms without using memory cards. A built-in monitoring system allows monitoring with just one PC. The function panel screen data can be printed out from the customer's printer. The function panel screen shows a variety of information. By using Toyota's original monitoring software, the operator can easily obtain shift reports simply by connecting multiple looms. The operator can view the loom function panel directly from the office PC and check various machine conditions such as loom settings. This helps to raise the efficiency of the entire mill.