国产v亚洲v欧美v精品综合-中文字幕一区二区三区久久蜜桃-在线最新av免费费观看-韩国毛片视频-久久精品视频7-好吊操这里有精品-国产精品无码素人福利不卡-日本人做受免费视频-亚洲欧美国产精品18p-丰满少妇高潮叫久久国产-成人婷婷网色偷偷亚洲男人的天堂-www视频在线观看-国产精品不卡av-亚洲天天做-精品人伦一区二区三区蜜桃免费

Seven-axis Robot Synchronization press Lines

The press synchronously controls the continuous mode production, and the production cycle can reach 14SPM per minute, which saves more than 30% of energy consumption compared with the intermittent mode machine tool, and effectively protects the mold and the machine tool and prolongs the service life.



Composition:

Line head depalletizing unit

    2x mobile destacking trolleys

    2x Pneumatic Magnetic Arm Automatic Spreading System

    1x 6-axis robot

    1x depalletizing end picker (universal)

    1x Double Sheet Detection System

    1x feeding belt conveyor


Cleaning the oiling unit (optional)

    1x washing machine

    1x Oiler


Web centering unit

    1x transition belt conveyor

    1x Vision Belt Conveyor

    1x visual alignment system

    2x 6-axis robot (optional)


Feeding unit

    1x 6-axis robot

    1x Loading Robot End Picker (ATC)

Transfer unit between presses

    4x 7-axis robot

    4x Transfer Robot End Picker (ATC)


End of line receiving unit

    1x 6-axis robot

    1x Unloading Robot End Picker (ATC)

    1x Receiving belt conveyor

    1x through the tail light bracket and quality inspection table (optional)


Safety protection unit

    1x whole line safety fence

    1x full line safety lock and control


Electrical control unit

    1x total control system

    1x Press synchronization control system (optional)

    7x QuickStamp special software for stamping robot automation



Main parameters:

Press spacing (recommended): 5.2-6.5m

Maximum production cycle: 14SPM


Optional:

Production line MES production management system

Production status display system

Video Surveillance System

Robotic Magnetic Arm Automatic Spreading System

Manual Magnetic Arm Automatic Spreading System

End-of-line automatic packing system

Line end vision automatic detection system