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Mec5 series of intelligent, composite, dexterous robots
The Mec5 series of intelligent, composite, dexterous robots is a comprehensive robot with autonomous operation capabilities in indoor spaces. This robot integrates a multi-degree-of-freedom collaborative robotic arm and an intelligent navigation autonomous mobile chassis, and is equipped with Mecanum wheels that allow for lateral and diagonal movement in narrow spaces. Suitable for indoor environments such as laboratories and smart workshops, it has an IP54 protection rating and can autonomously perceive its surroundings through multi-modal data such as vision and touch, autonomously completing diverse tasks in place of humans.
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Automated chemistry laboratory robot
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Mec5 series of intelligent, composite, dexterous robots
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The Mec5 series of intelligent, composite, dexterous robots is a comprehensive robot with autonomous operation capabilities in indoor spaces. This robot integrates a multi-degree-of-freedom collaborative robotic arm and an intelligent navigation autonomous mobile chassis, equipped with Mecanum wheels allowing for lateral and diagonal movement in narrow spaces. Suitable for indoor environments such as laboratories and smart workshops, it has an IP54 protection rating and can autonomously perceive its surroundings through multi-modal data such as vision and touch, autonomously completing diversified tasks in place of humans.
| Payload | 230Kg | Continuous Operating Time | >8h |
| Dimensions | (1100*640*700) mm | Communication Interface | RS-485/USB/WIFI/Bluetooth |
| Movement Speed | 2m/s | Control System | Windows/ROS |
| Power Supply | 48V | Sensors | Vision, Laser, Ultrasonic, etc. |
| Turning Radius | <0.8m | Positioning Accuracy | <1cm |
Equipment Features:
- The robot's parameters, functions, and surface workbench can be customized according to user requirements.
- It can be equipped with various sensors such as a realsense 3D camera, lidar, IMU, and six-axis force sensor, realizing visual capture positioning, autonomous navigation, and precise compliant force control.
- It has autonomous mapping algorithms, including Gmapping, Hector, Karto, and Cartographer mapping.
- According to the actual application needs of users, an end-effector quick-change mechanism can be built on the surface of the robot platform to quickly switch various end-effectors such as pneumatic grippers and electric grippers according to the task.
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