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| MOQ: | 1 |
| Price: | negatiation |
| Standard Packaging: | GBSCN mig welding robot GBS6-C1400 With Ehave CM350AR 6 axis robot china 6 axis robot china fumigation wooden box |
| Delivery Period: | 4-12 week |
| Payment Method: | L/C, T/T, Western Union |
| Supply Capacity: | 50 |
Educational robot DOBOT Magician lite K12 collaborative robot with 250G payload and 340mm reach cobot
DOBOT Magician Lite, a multi-functional lightweight intelligent robotic arm, is one of the core products in DOBOT’s K12 customized artificial intelligence education ecosystem. Magician Lite enjoys numerous software and hardware interaction methods and expansion interfaces in order to maximize students’ freedom to create. Through building and playing, students can learn how artificial intelligence and mechanics work. They will be also introduced to a world of rudimentary knowledge of robotics and how they can be used in real world. Additionally, the DOBOT hosts robotics competitions to stoke students’ interest in robotics and get more of them to be involved. At the competition, students work together as a team to address challenging tasks by designing, creating and programming their own robots. This means that these students not only can put what they have learned to rigid test, but also get to celebrate their unique talents and achievements. DOBOT robotics competitions strive to provide fertile ground for budding problem-solvers to grow and prosper.
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| MOQ: | 1 |
| Price: | negatiation |
| Standard Packaging: | GBSCN mig welding robot GBS6-C1400 With Ehave CM350AR 6 axis robot china 6 axis robot china fumigation wooden box |
| Delivery Period: | 4-12 week |
| Payment Method: | L/C, T/T, Western Union |
| Supply Capacity: | 50 |
Educational robot DOBOT Magician lite K12 collaborative robot with 250G payload and 340mm reach cobot
DOBOT Magician Lite, a multi-functional lightweight intelligent robotic arm, is one of the core products in DOBOT’s K12 customized artificial intelligence education ecosystem. Magician Lite enjoys numerous software and hardware interaction methods and expansion interfaces in order to maximize students’ freedom to create. Through building and playing, students can learn how artificial intelligence and mechanics work. They will be also introduced to a world of rudimentary knowledge of robotics and how they can be used in real world. Additionally, the DOBOT hosts robotics competitions to stoke students’ interest in robotics and get more of them to be involved. At the competition, students work together as a team to address challenging tasks by designing, creating and programming their own robots. This means that these students not only can put what they have learned to rigid test, but also get to celebrate their unique talents and achievements. DOBOT robotics competitions strive to provide fertile ground for budding problem-solvers to grow and prosper.
