Event
LimX Dynamics and ZINOVA Announce TRON 2 Industrial Arm Hybrid Configuration Collaboration
1 reports · 1 sources
LimX Dynamics and ZINOVA announced a collaboration: the torso module of LimX Dynamics' TRON 2 dual-arm embodied robot is mounted directly on the end of a large six-axis industrial robotic arm, forming a hybrid system that combines the working range of a crane with dual-arm manipulation capability, and completing formwork frame assembly and rebar tying operations on a heavy-industry construction site. According to the division of labor announced by both parties, the heavy-duty industrial arm is responsible for extension, rotation, and high-rigidity load bearing, delivering the humanoid torso to a working surface 15 to 30 feet in the air; the TRON 2 dual arms hold pneumatic nail guns and lumber, use vision to recognize off-the-shelf industrial nail guns and plan grasping and trigger actions, use force sensors to perceive contact vibration and resistance, and the two robots can coordinate to align lumber and fire. The report states that this configuration targets the limitations of bipedal humanoid robots entering factories: battery life of only one to two hours per charge, with most of the power used to maintain balance, and a small contact surface that makes it difficult to withstand the recoil of tools such as nail guns.
Report timeline
- Do humanoid robots entering factories really need legs? LimX Dynamics mounts the TRON 2 upper body on a six-axis industrial arm
LimX Dynamics and ZINOVA mounted the torso module of the TRON 2 dual-arm embodied robot on the end of a large six-axis industrial robotic arm, completing formwork frame assembly and rebar tying tasks at a heavy-industry construction site. The article notes that bipedal robots have a single-charge battery life of only one to two hours, with most of the power used to maintain balance, and that their small contact area makes it difficult to withstand the recoil of tools such as nail guns. In this approach, the industrial arm bears the load and absorbs impact, while the TRON 2 dual arms use vision to recognize an off-the-shelf industrial nail gun and plan gripping and trigger actions; force sensors perceive contact vibration and resistance, and two robots can work together to align lumber and fire.
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