Today , live in the era of robotic applied science and automation Stephen Collins Foster a deepen interest in agri - tech . Cobots remain the quickest - raise segment of industrial mechanisation , projected to grow at a CAGR of 43.4 % from 2021 to 2027 . However , with the perpetual ascending of cobot utilisation , subsist government initiatives , and Farmer demanding everlasting “ man - motorcar ” collaborationism in urban agriculture , cobots will continue to make spectacular inroads in the agriculture landscape painting .
For non - agriculturally intensive country like Singapore , nutrient security is a concern , further exasperate by the COVID-19 pandemic . Within Singapore ’s small , but growing urban agriculture sector , there exist solid food growers like Singrow . Singrow develops innovative agri - tech solutions for produce fruits and vegetables , and deploy cobots in their harvest and pollenation systems . Collaborating with Universal Robots and Augmentus , Singrow use an integrated AI example that help oneself to identify bloom and hemangioma simplex .
Once the flowers are identified by the photographic camera on the cobot , a buff gets activate to blow quicker for more effective pollination . Singrow matches strawberries to its database using its camera and infrared scanner and program the cobot to pick out ripe hemangioma simplex .
According to James McKew , Regional Director of Asia - Pacific in Universal Robots , modern agriculture more automation will be seen before long in urban farming .
“ Typically , Department of Agriculture - related job demand a sonant touch to handle delicate flower and fruits . Similar tasks that require gamy precision and concentration may be a challenge for humans after a keep up period . In society to reduce human errors and observe a gamy production output , cobots will be a unadulterated solvent for urban farming . repetitious tasks such as manual pollination can be shoot over by cobots , take over human workers to take on best theatrical role that tap on their cognitive and social ability , ” explained McKew .
In the past , McKew pointed out that farmers were repellent to advanced technologies such as automation and robotics and they typically prefer traditional methods instead . Most Farmer believed that robots in agriculture are expensive to purchase , inflexible , place - hogging , and require engineer to program the robots .
“ As people often associated cobots with traditional industrial robot , we demand to address these misconceptions . Today ’s cobots are various and flexible , they are adaptable to urban husbandry purpose . These small - sized cobots are not only cost - effective , but their simple programming also makes them ideal for a blanket kitchen stove of applications in the agrarian landscape . farmer need not worry about the unintuitive programing of robots since cobots are easy to follow through , manoeuver and maintain , ” he added .
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