高可靠性：無故障，機構(gòu)部、伺服電機、控制裝置、軟件、傳感器全部由FANUC設(shè)計生產(chǎn)，實現(xiàn)了高可靠性。在FANUC的工廠中使用著大量的發(fā)那科機器人，通過實踐證明了FANUC機器人在工廠環(huán)境中長年使用時具有良好的耐久性。

High reliability: No faults, the mechanism, servo motor, control device, software, and sensors are all designed and produced by FANUC, achieving high reliability. A large number of Fanuc robots are used in FANUC's factories, and practice has proven that FANUC robots have good durability when used in factory environments for years.

故障前發(fā)出通知：豐富多樣的故障診斷功能能夠在異常出現(xiàn)的早期發(fā)出通知，可以在故障發(fā)生之前進行預(yù)防、維修。

Notification before failure: The rich and diverse fault diagnosis functions can send notifications early on when abnormalities occur, and can prevent and repair faults before they occur.

高生產(chǎn)效率：學(xué)習(xí)機器人通過振動的學(xué)習(xí)控制技術(shù)，實現(xiàn)平穩(wěn)高速的動作。通過提高每臺機器人的生產(chǎn)能力和生產(chǎn)線的生產(chǎn)效率，降低系統(tǒng)的成本。而且，學(xué)習(xí)機器人對容易產(chǎn)生振動的重型工件的搬運也十分有效。

High production efficiency: Learning robots use vibration learning control technology to achieve smooth and high-speed movements. By improving the production capacity of each robot and the production efficiency of the production line, the cost of the system is reduced. Moreover, learning robots are also very effective in handling heavy workpieces that are prone to vibration.

發(fā)那科機器人

FANUC Robot

支持多種應(yīng)用：協(xié)同作業(yè)發(fā)那科機器人，綠色的協(xié)同作業(yè)機器人，因為無需柵欄，人與機器人可以協(xié)同進行作業(yè)，從而提高生產(chǎn)效率并削減人力成本。與人發(fā)生碰觸時，機器人會停止。通過手持引導(dǎo)可以直接操作機器人手臂進行作業(yè)，也可以進行示教。

Supporting multiple applications: collaborative work Fanuc robots, green collaborative work robots, because there is no need for fences, humans and robots can work together to improve production efficiency and reduce labor costs. When in contact with a person, the robot will stop. Through handheld guidance, the robot arm can be directly operated for operation, and teaching can also be conducted.

散堆拾取：通過視覺傳感器檢測出散亂堆放的工件位置、挑選出抓取對象后靈巧地取出。不再需要事先將工件排列整齊的準(zhǔn)備工作，并且還能夠靈活地對應(yīng)工件種類的變更。通過實現(xiàn)高能效率的工件供給的自動化，推進工廠的無人化。

Scattered picking: By using visual sensors to detect the position of scattered workpieces, select the objects to be grabbed and skillfully remove them. No longer requires the preparation work of arranging the workpieces neatly in advance, and it can also flexibly correspond to changes in the types of workpieces. By achieving automation of high-energy and efficient workpiece supply, we will promote the unmanned operation of factories.