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宝马欧洲工厂首次引入人形机器人,大寰机器人AG电爪承担执行任务
宝马欧洲工厂首次引入人形机器人,大寰机器人AG电爪承担执行任务
近日,宝马(BMW)宣布,其位于德国莱比锡的工厂首次引入人形机器人开展真实工业场景试点应用。这是宝马集团首次在欧洲工厂部署人形机器人,开展生产试点。 ...
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腾跃新程,大寰机器人破界领航深耕致远,奋进新篇
腾跃新程,大寰机器人破界领航深耕致远,奋进新篇
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接连斩获XAIR等两项权威奖项,大寰机器人硬核实力再获认可
接连斩获XAIR等两项权威奖项,大寰机器人硬核实力再获认可
近期,大寰机器人在人工智能与机器人领域接连获得两项重要行业荣誉:在广州举行的“2025年度广东省卓越人工智能与机器人奖(XAIR奖)”评选中荣获 XAIR 机器人—...
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Precision Automation with the RGD Series
Precision Automation with the RGD Series
We recognize the critical need for precision and reliability in handling diverse tasks in the realm of industrial automation. Our RGD Series of ele...
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Versatile Solutions: Optimizing Automation with the RCEA Series Electro Servo Cylinders
Versatile Solutions: Optimizing Automation with the RCEA Series Electro Servo Cylinders
We proudly introduce our RCEA series servo electric cylinders, which are designed for micro applications, these electro servo cylinders are enginee...
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Introducing the Envelope Adaptive Capture of the AG Series
Introducing the Envelope Adaptive Capture of the AG Series
As leaders in automation technology, we at DH-Robotics are proud to present the AG Series, our self-developed linkage-type adaptive electric grippe...
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Streamlining Automation with the AG Series: Plug & Play Gripping Solutions
Streamlining Automation with the AG Series: Plug & Play Gripping Solutions
In today’s fast-paced industrial environments, we recognize the need for efficient automation solutions that enhance productivity without sac...
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Dynamic Design: Discovering the Long Stroke AG Series
Dynamic Design: Discovering the Long Stroke AG Series
The Long Stroke AG Series from DH-Robotics, a self-developed linkage-type adaptive electric gripper, embodies these principles. Available in both t...
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Advanced Automation: Discover the PGC Series Electric Parallel Gripper
Advanced Automation: Discover the PGC Series Electric Parallel Gripper
In the dynamic world of automation, we are excited to present our PGC series, a premier electric parallel gripper specifically designed for a wide ...
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机器人末端执行器为何亟需柔性结构?三大核心优势深度解析
机器人末端执行器为何亟需柔性结构?三大核心优势深度解析
设想这样的场景:刚采摘的蓝莓在智能分拣线上被硬质金属执行器挤压破裂,或高精度光学镜片在装配过程中因轻微定位偏差被划伤报废。这类因刚性末端执行器导致...
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大寰机器人夹爪:重新定义工业自动化的核心触点
大寰机器人夹爪:重新定义工业自动化的核心触点
某智能手机工厂的无人车间内,128台搭载大寰机器人夹爪的机械臂正以每秒0.3米的精准轨迹高速运作。这些钢铁手臂的”指尖”——大寰自主研发的夹爪系...
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工业自动化领域机器人夹爪为何比人手更可靠?耐磨损与精准控制双优势解析
工业自动化领域机器人夹爪为何比人手更可靠?耐磨损与精准控制双优势解析
工业自动化场景中,装配、搬运及精密操作对设备可靠性有着严苛标准,任何细微失误都可能引发生产停滞、产品品质下滑或重大经济损失。尽管人工操作具备灵活性...
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智能制造柔性化突破:自适应夹爪如何成为产线升级核心?
智能制造柔性化突破:自适应夹爪如何成为产线升级核心?
在智能制造的高速产线上,一场静默的变革正在上演。技术人员频繁调试设备、更换工装,只为让生产线能从生产A型号智能手表外壳,快速切换至B型号产品。伴随着...
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