Niryo One 6 Axis Robot Arm with 12V Supply Voltage, 300g Maximum Payload, 440mm Reach 10001542

Niryo 10001542 6 Axis Robot Arm, operated with a 12V supply voltage and supporting wireless standards Bluetooth 5.0 BLE and 802.11 b/g/c, is designed for advanced educational robotics applications requiring precision and flexibility.

This robot arm features six axes, enabling complex and versatile movements necessary for a wide array of programming and automation tasks. It can carry a maximum payload of 300 grams, making it suitable for handling various objects within educational and light industrial simulations.

The arm has a reach of 440 mm and can move at speeds up to 0.468 meters per second. Its positional repeatability of 0.5 mm guarantees consistent and accurate positioning during operation, essential for learning complex robot programming and precise mechanical tasks.

Constructed with a robust aluminum structure, the robot is finished with injection molded plastic covers that reduce weight and enhance durability. The new servo motors with Silent Stepper Technology ensure quieter operation, improving the user experience in learning environments.

The human-machine interface has been improved with visual and audio feedback, including an LED ring at the base, integrated speakers, and a wrist-mounted control panel, allowing intuitive robot arm manipulation.

6 axes allow advanced robotic maneuvers and educational programming. Payload capacity supports handling delicate components and teaching tasks. Reach and speed parameters facilitate a broad range of automated processes. High positional repeatability ensures learning accuracy in robotics programming.

Robust aluminum construction and plastic covers for durability and weight reduction. Silent Stepper Technology reduces operational noise for classroom environments. Enhanced human-machine interface with LEDs, speakers, and wrist control panel.

Wireless connectivity via Bluetooth 5.0 BLE and Wi-Fi standards. Compatible with visual programming and API-based software control for versatile learning.

This robot arm is particularly suited for STEM education, industrial robotics training, manufacturing process simulations, and research applications in robotics technology. It supports integration with open-source development environments enabling users to create customized automation workflows and Industry 4.0 use cases.

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