This Dual-Arm Robot is Helping Fight Deforestation In the Amazon
Rahul Kalvapalle — September 2, 2023 — Eco
References: new.abb & insights.globalspec
ABB Robotics, a company that has distinguished itself with a vast array of robots and automated technologies, is putting its expertise into play into the cause of helping to fight deforestation in the Amazon rainforest by way of a dual-arm robot that is capable of carrying out substantial gardening projects.
The 'YuMi' is a dual-arm robot that is built around a lightweight skeleton. This collaborative robot is being put into play in the Peruvian Amazon rainforest and given the task of carrying out seed-planting. How it works is that the dual-arm robot digs a hole before placing a seed before covering up the void, with the robot taking only a dozen seconds per seed container and capable of planting 640 crates per session. Human volunteers from the Junglekeepers organization then take the crate for planting.
Ultimately, the ability of this dual-arm robot to carry out tasks that are then completed by human volunteers speaks to the efficacy of collaborative robotics in sustainability applications.
Image Credit: ABB Robotics
The 'YuMi' is a dual-arm robot that is built around a lightweight skeleton. This collaborative robot is being put into play in the Peruvian Amazon rainforest and given the task of carrying out seed-planting. How it works is that the dual-arm robot digs a hole before placing a seed before covering up the void, with the robot taking only a dozen seconds per seed container and capable of planting 640 crates per session. Human volunteers from the Junglekeepers organization then take the crate for planting.
Ultimately, the ability of this dual-arm robot to carry out tasks that are then completed by human volunteers speaks to the efficacy of collaborative robotics in sustainability applications.
Image Credit: ABB Robotics
Trend Themes
1. Collaborative Robotics - The use of collaborative robotics is increasing in sustainability applications, allowing for efficient task completion by combining robot and human capabilities.
2. Automated Gardening - The integration of robots in gardening projects, such as seed planting and crate transportation, is streamlining and enhancing efficiency in the process.
3. Technology in Conservation - The application of advanced technology, like dual-arm robots, is playing a significant role in conservation efforts, specifically in fighting deforestation in the Amazon.
Industry Implications
1. Robotics - The robotics industry can explore opportunities in developing and enhancing collaborative robots for sustainability-focused tasks, like fighting deforestation.
2. Sustainable Agriculture - The sustainable agriculture industry can benefit from the use of automated gardening technologies to improve seed planting and optimize the gardening process.
3. Conservation Organizations - Conservation organizations can adopt and adapt advanced technologies, such as dual-arm robots, to support their efforts in addressing environmental challenges like deforestation in the Amazon.
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