Elephant Robotics myCobot 320 Pi Robot Arm

Product Description

Elephant Robotics myCobot 320 Pi is a desktop 6-axis collaborative robotic manipulator developed for makers, education, and research as well as light industrial applications. Thanks to the integrated Raspberry Pi 4B and roboFlow / myBlockly visual programming, it offers a user-friendly entry into the world of industrial robotics without the need for expensive PLCs or complex control systems.

The robotic arm has a working radius of 320 mm (max. reach approx. 350 mm), a payload of 1 kg, 6 degrees of freedom, and a repeatability of up to ±0.5 mm. Thanks to its compact weight of around 3 kg and all‑in‑one design, it is easily integrated onto a workbench, production line, classroom, or test station.

myCobot 320 Pi supports ROS (Robot Operating System), programming in Python, and thanks to open interfaces (USB, HDMI, GPIO, Type‑C, I/O), cameras, sensors, conveyors, or various types of grippers can be easily added. It is suitable both for quickly teaching the basics of robotics and for advanced research projects and prototyping of automated tasks – sorting, pick & place, testing, machine tending, simple assembly, or cobot demonstrations.

Key Features

• 6-axis collaborative robot (cobot) with small dimensions and all‑in‑one design
• Integrated Raspberry Pi 4B (Broadcom BCM2711, 1.5 GHz quad‑core) as the main control unit
• Payload up to 1 kg – suitable for light handling, sorting, and educational applications
• Working radius of 320 mm, max. reach approximately 350 mm
• Repeatability up to ±0.5 mm for more precise laboratory and demonstration tasks
• 6 degrees of freedom (6 DoF) for flexible movements and more complex trajectories
• Body weight approx. 3 kg – easy to move and install on a table or frame
• Power supply 24 V / 5 A (approx. 120 W) – low power consumption, simple integration into existing infrastructure
• Open software and ecosystem: Debian/Ubuntu, ROS1, Python, myBlockly, myStudio, roboFlow
• Communication interfaces: USB, Gigabit Ethernet, Wi‑Fi, Bluetooth, Type‑C, GPIO, I/O inputs and outputs
• Suitable for universities, secondary schools, research laboratories, developers, and small companies looking for an affordable cobot
• Expansion options with suction, parallel, adaptive, or soft grippers, conveyors, vision systems, etc.

Typical Use

• Teaching and education in the field of robotics, mechatronics, automation, and programming
• Research and prototyping of collaborative robotic applications
• Pick & place tasks with small parts (electronics, plastic parts, light components)
• Sorting and inspection using cameras and sensors
• Tending test stations and laboratory equipment
• Cobot demonstrations at trade fairs, workshops, and exhibitions
• Creative and maker projects, integration with AI/vision (e.g., object recognition)

Technical Specifications

Mechanical Parameters

Electronics and Control

Software and Programming

Note: Specific software options may vary depending on the firmware version and supplied software. For precise integration, we recommend verifying the manufacturer's current documentation.

Customer Benefits

• Quick Start – all‑in‑one solution with an integrated microcomputer, possibility to program without complex external control technology
• Open Platform – ideal for universities, research, and companies requiring access to both low-level and high-level APIs
• Modular Ecosystem – a wide range of accessories, end effectors, and vision solutions
• Safety and Collaboration – low weight, limited forces, and speeds make it a suitable tool for collaborative scenarios and education
• Scalability – the ability to start with simple visual blocks and move to advanced programming in ROS/Python

Package Contents (Typical)

• Robotic arm Elephant Robotics myCobot 320 Pi
• Base with Type‑C interface and I/O
• Power adapter 24 V DC
• Connecting cables
• Basic documentation / link to online manual

Specific package contents may vary by distributor and variant (standalone arm vs. complete kit).

Key Features:

• 6-axis desktop collaborative robot with a working radius of 320 mm and reach of approx. 350 mm
• Payload up to 1 kg suitable for education, testing, and light handling tasks
• Integrated Raspberry Pi 4B (Broadcom BCM2711) as the main control unit
• Repeatable positioning accuracy up to ±0.5 mm for more precise laboratory applications
• Compact weight of around 3 kg and all‑in‑one design for easy table installation
• Open ecosystem with support for ROS1, Python, Debian/Ubuntu, and visual programming roboFlow/myBlockly
• Rich communication interfaces (USB, Ethernet, Wi‑Fi, Bluetooth, Type‑C, GPIO, I/O) for sensor and peripheral integration
• Ideal for universities, research laboratories, makers, and small companies looking for an affordable cobot