美国农业机械制造商AGCO宣布，将于2027年在位于堪萨斯州赫斯顿的生产基地启动人形机器人试点项目。通过与美国机器人企业Agility Robotics达成合作，AGCO计划将双足人形机器人Digit引入农业装备制造流程，以探索人工智能和机器人技术在现代工厂中的应用潜力。
AGCO是全球主要农业机械制造商之一，旗下拥有麦赛福格森（Massey Ferguson）和芬特（Fendt）等知名品牌。此次试点项目将在其堪萨斯州工厂展开，该工厂负责生产打捆机、割草压扁机以及自走式割晒机等农业设备。
根据计划，Digit机器人初期不会承担复杂装配工作，也不会直接操作农业机械，而是执行零件分类、堆放整理以及搬运存储周转箱等重复性任务。这些工作长期以来需要员工反复进行体力劳动，因此被认为是最适合自动化的环节之一。
AGCO和Agility Robotics均未公布将部署多少台机器人，也未透露合作金额和试点规模。目前双方仅表示，将通过实际运行评估人形机器人在制造环境中的适应能力和商业价值。
Digit并非首次进入真实生产环境。早在2023年，亚马逊便开始在旗下仓库测试这款机器人，用于搬运空置周转箱。物流运营商GXO也曾将Digit部署在仓储设施中执行货物搬运工作。此外，丰田和舍弗勒等大型企业也已经成为Agility Robotics的合作客户。
面对外界对于机器人取代人工岗位的担忧，AGCO强调，引入人形机器人的核心目标是提升安全性和生产效率，而非减少员工数量。公司表示，将重复、繁重或具有潜在危险性的工作交给机器人完成后，员工能够将更多时间投入到技术要求更高、创造价值更大的任务之中。
AGCO制造技术主管托马斯·恩霍夫表示，人形机器人和人工智能应被视为工厂中的“队友”，能够在复杂的人类工作环境中承担重复、繁重及高风险任务，从而增强而不是替代人类劳动能力。他认为，人类创造力与先进机器人系统相结合，将有助于构建更具韧性的制造体系。
Agility Robotics则表示，Digit依靠人工智能系统持续学习并适应不断变化的生产流程，可提高工厂运转灵活性和生产效率。同时，配套的Agility Arc云端管理平台能够帮助企业统一管理机器人群组，而无需对现有厂房进行大规模改造。公司透露，Digit目前已累计完成超过6.5万小时的真实环境运行。
不过，对于企业频繁强调“机器人协助员工”的说法，市场仍存在不同声音。随着越来越多制造企业开始试验人形机器人，劳工组织对于未来就业市场的影响保持警惕。此前，现代汽车工会曾在公司宣布计划于2028年引入波士顿动力Atlas人形机器人后发出警告，称相关技术可能对就业带来显著冲击。
在人形机器人竞争持续升温的背景下，AGCO的加入意味着该类设备正从仓储物流逐步扩展到农业制造领域。未来几年，人形机器人是否能够真正成为工厂中的常规劳动力，并兑现提升效率与改善工作环境的承诺，将成为整个制造业关注的重要议题。
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AGCO, the United States manufacturer of agricultural machinery, announced that a pilot human robotics project would be launched in 2027 at the production base in Heston, Kansas. In cooperation with the United States robotics firm Agility Robotics, AGCO plans to introduce Digit, a double-footed human robot, into the agricultural equipment manufacturing process to explore the potential of artificial intelligence and robotic technology applications in modern plants.
AGCO is one of the world ' s leading manufacturers of agricultural machinery, with well-known brands such as Massey Ferguson and Fent. The pilot project will be carried out at its Kansas State plant, which is responsible for the production of agricultural equipment such as bundlers, weed-cutting flatteners and walk-through sun-cutting machines.
It is planned that the Digit robots will not initially undertake complex assembly work and will not directly operate agricultural machinery, but rather perform repetitive tasks such as the classification of spare parts, stacking and handling of storage tanks. These tasks have long required repeated manual labour by employees and are therefore considered to be one of the most appropriate links for automation.
Neither AGCO nor Agility Robotics announced how many robots would be deployed, nor the amount of cooperation and the scope of the pilot. For the time being, both sides have indicated that the adaptive capacity and commercial value of human robots in the manufacturing environment will be assessed through operational operations.
Digit is not the first time in a real production environment. As early as 2023, Amazon began testing the robot in the flag warehouse for the removal of empty swingboxes. Logistics operator GXO has also deployed Digit in storage facilities to carry out cargo handling. In addition, large enterprises such as Toyota and Scheffler have become cooperating clients of Agility Robotics.
In the face of external concerns about robots replacing artificial jobs, AGCO emphasizes that the core objective of introducing human robots is to improve safety and productivity rather than to reduce the number of employees. The company indicated that by handing over duplicate, heavy or potentially dangerous work to robots, staff could devote more time to more technically demanding and creative tasks.
According to Thomas Enhof, Director of Manufacturing Technology at AGCO, human robots and artificial intelligence should be considered as “teammates” in factories, capable of undertaking repetitive, heavy and high-risk tasks in complex human work environments, thereby enhancing, not replacing, human labour capabilities. In his view, the combination of human creativity and advanced robotic systems would help build more resilient manufacturing systems.
Agility Robotics, for its part, indicated that Digit, by relying on artificial intelligence systems for continuous learning and adapting to changing production processes, could improve plant operating flexibility and productivity. At the same time, the accompanying Agility Arc cloud management platform can help enterprises to manage the robotic cluster in a unified manner without the need for large-scale modifications to existing plants. The company disclosed that Digit has now accumulated over 65,000 hours of real environmental operation.
However, there are still different voices in the market with regard to the frequent emphasis on “robots to assist employees”. As more manufacturing enterprises begin testing human-shaped robots, ILO is vigilant about the impact of future job markets. Previously, the Modern Motors Union had warned after the company had announced its intention to introduce Boston powered Atlas human robots by 2028 that the technology could have a significant impact on employment.
Against the backdrop of continued competition for human robotics, the inclusion of AGCO means that this type of equipment is gradually expanding from warehousing logistics to agricultural manufacturing. In the coming years, the question of whether human robots can truly become the regular workforce in factories and fulfil their promise to improve efficiency and the working environment will be a major concern for the entire manufacturing industry.
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