Description

• The Elephant Robotics myBuddy 280 designed by the Chinese-based Elephant Robotics company is a cute dual-arm collaborative robot.
• Equipped with the Raspberry Pi 4B mainboard and three M5Stack ESP32-based modules. myBuddy 280 adopts the mechanical construction.
• And operation of model, but features an adorable humanoid design that greatly adds to its interactive capabilities.

Features:

• Owing to high cost-efficiency, flexible operation, and compact size also.
• The Elephant Robotics myBuddy 280 can be easily integrated into any industrial or other environment to perform various tasks.
• Its efficient collision detection algorithm with an adjustable threshold prevents any potential danger.
• When interacting with people and allows for safe collaborative work of humans and robots also.
• The end of the arm of the model can be equipped with various end effectors, such as grippers, suction cups, wrenches, screwdrivers, and much more.
• The installation of end effectors is simple and quick also.
• The high performance servo motors of the  provide quick response and smooth rotation of the six joints.
• With remarkable accuracy and repeatability also.
• This makes the myBuddy 280 suitable for a wide range of industrial and consumer applications.
• The Elephant Robotics is a versatile professional robotic arm providing flexible opportunities for secondary development of cross-platform software also.
• Its ergonomic design allows using the  as a compact yet powerful industrial manipulator.
• For various operations, such as sorting, assembling, loading, and more.
• Thanks to its voice control function, the operation of the  is much easier and more efficient than that of its counterparts.
• You can check the current status of the robot and tell it to start or stop the program using voice commands.
• Without the need for any additional control devices.
• Another useful feature of Elephant Robotics myBuddy 280 is cloud operation also.
• You can program the  using a PC, a tablet, or a mobile phone from any place, not being bound by wires also.