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PRODUCT DETAILS
Please note: myCobot 320 is Expected to be dispatched on April 29th
USER-ORIENTED 6-AXIS COBOT
Open ROS simulation development environment, built-in kinematics forward and inverse solution algorithm. The whole series has been sold to 60+ countries around the world with more than 5,000 units shipped. Start your intelligent manufacturing robot learning journey anytime, anywhere!
Convenient development with built-in system
Raspberry PI version robotic arms are a joint product developed by Elephant Robotics and Raspberry PI. Adopting the Raspberry PI 4B as its core processor, and reserving the original hardware interface of Raspberry PI 4B, the robotic arm meets the application needs of the Linux system with the one-in-all structure for portable robot development. Featuring built-in Ubuntu 20.04. the system and development environments like Python, ROS, and myBlockly can be developed after connecting with the displayer without matching with the PC.
DIY your personal mechanical assistant
Equipped with up to 12 standard 24V industrial I/O interfaces, it can be expanded to develop PLC control independent programming, support mainstream control interfaces, and a wealth of terminal expansion accessories to help explore the boundaries of personal applications.
Creative Visual Development
myCobot 320 PI is a free-to-match visual development application, intuitive structural analysis of mechanical motion principles, and enterprise-level communication protocol specifications and applications.
OPEN-SOURCE INTERFACES
Based on different kinds of applications, open-source to its interfaces and enables to achieve objects recognition, facial recognition, image recognition etc.
SECONDARY DEVELOPMENTS
Easily learn to program myCobot in your style and ready to start your robotics journey.
ROS SUPPORTING
Developing in ROS - the world's mainstream robot communication framework, you can control myPalletizer and conduct algorithm verificationin under a virtual environment, which reduces the requirements for the experimental environment and improves the experimental efficiency.
PARAMETERS
myCobot 320 robotic arm boasts a 350mm working radius, with1000g payload, and 1mm repeatability, as an ideal solution for your scene exploration needs.
EXCELLENT CONFIGURATION
24V industrialized electrical interface, to complete your industrial scene development needs, key interaction, screen display, PLC interface, allowing you to quickly and safely build robotic arm application exploration scenarios.
Multiple adapters meet the requirements of a variety of application scenarios
Instructions
REVIEWS
Customer Reviews
Based on 6 reviews
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A
The robot functions as advertised
M
For our computational thinking curriculum, we are going to use the mycobot to integrate and learn with Raspberry Pi and Python.
The product comes in a well-organized box. The robotic arm is great. On the Elephant Robotics website, I found them easy-to-follow tutorials. As I mentioned before, as a teacher I want to use the mycobot to learn to program for my students. The tutorial contains coding pages to control each sensor or actuator on the mycobot pi and even make your own controlling app. Nicely done!
k
I got it last week, it was a quick delivery. The package was compact and looked good. There is also a manual, and you can start very easily with the help of it. The instructions in the manual are easy to follow and it didn't take me a long time to set up the Raspberry Pi. One hint I want to mention is, if you find the manual is not helpful enough, there are also some more detailed gitbook on the Elephant Robotics website.
G
Still testing the robotic arms and things are working flawlessly so far! Thanks for good quality products!
Pros:
- Good description
- Works very well
- Software is updated regularly
- Software in Python Open Source can be downloaded from Github
- Works wonderfully with Raspberry Pi 4B
- Hardware expandable
- Software expandable
- Drag to teach
- Support responds quickly to queries and answers all questions
Cons:
- WiFi signal could be stronger, but that has nothing to do with the robot but with the Raspberry Pi itself
Therefore I don't really see the disadvantages as disadvantages and give full stars.
C
I ordered a myCobot 320 Pi in this shop. The cobot arrived without any damage. I was told by my friend that Elephant Robotics sells 1KG Payload 6DOF cobot and it only costs $2499 which is the lowest price compared with other cobot companies. Because I may use this cobot to pass on some car accessories to assemble, the 1 KG payload definitely satisfies my business demand. Though I felt a little puzzled about installing and starting this cobot at the beginning, the customer support explained considerately for me also I got lots of tutorials from their website and YouTube channel. The servos work well and they won't cause shaking on working. On myStudio platform, I can flash the hardware quickly and install the development language I need. That's one of the reasons I chose the Raspberry Pi version cobot.
Till now, this myCobot 320 Pi is working for me in my car factory. It does work well and stably. I think it will save a lot for me on labour costs. Very good product. I will be ordering more! Thank you, elephant robotics!
RETURNS & SHIPPING
Returns Policy
Our policy lasts 7 days. If 7 days have gone by since your purchase, unfortunately we can’t offer you a refund or exchange.To be eligible for a return, your item must be unused and in the same condition that you received it. It must also be in the original packaging.
Package&Shipping
All products use standard cartons and special customized super hard paper shells to firmly fix the products and prevent damage from impact.
COMPARISON
myCobot 320 PI vs myCobot 320 M5 Comparison
| Feature | myCobot 320 PI | myCobot 320 M5 |
|---|---|---|
| Degree of Freedom | 6 | 6 |
| Payload | 1000g | 1000g |
| Working Radius | 350mm | 350mm |
| Positioning Accuracy | ±0.5mm | ±0.5mm |
| Weight | 3360g | 3360g |
| Working Radius | 350mm | 350mm |
| Positioning Accuracy | ±0.5mm | ±0.5mm |
| Working Temperature | -5℃~45℃ | -5℃~45℃ |
| Working Lifespan | 2000h | 2000h |
| Power Input | DC 24V 120W | DC 24V 120W |
| Joint Maximum Speed | 160°/s | 160°/s |
| MASTER | RASPBERRY PI | ESP32 |
| SOC | Broadcom BCM2711 | / |
| CPU | 64bit 1.5GHz 4B | / |
| GPU | 500 MHz VideoCore VI | / |
| RAM | 2G | / |
| Bluetooth | Dual mode Bluetooth 2.4G/5G | / |
| WiFi | 802.11AC,Dual model WiFi | / |
| AUXILIARY CONTROL | ESP32 | / |
| Computing Performance | 600DMIPS | 600DMIPS |
| SRAM | 520KB | 520KB |
| Flash | 4M | 4M |
| Bluetooth | / | Dual mode Bluetooth 2.4G/5G |
| WiFi | / | 802.11ac |
| USB | USB3.0*2, USB2.0*2 | / |
| Type-C | *1 | / |
| Network Port | Gigabit Ethernet Port*1 | / |
| Audio | 3.5mm*1 | / |
| HDMI | microHDMI*2 | / |
| Development Platforms(OS) | Windows, Linux, MacOS | Windows, Linux, MacOS |
| Programming | Python | Python, C++, C#, JavaScript |
| ROS | ROS1 | ROS1 |
| Communication Protocol | Serial Communication, MODBUS, TCP/IP | Serial Communication, MODBUS, TCP/IP |
| Development Software | myBlockly, myStudio | myBlockly, myStudio, UiFlow, Arduino |
| I/O Interfaces | INPUT*6, OUTPUT*6 | INPUT*6, OUTPUT*6 |
FAQ
Q1: Got questions about returns and warranties?
Returns: You have 7 days from receiving your order to return unopened items. You'll be responsible for any return shipping costs or other risks.
Warranty: If your product malfunctions during normal use within the warranty period, we'll repair it for free. For more details on the warranty, please check the WARRANTY & RETURN.
Q2: How long does it take to dispatch?
It typically takes 7-15 business days to process your order after payment before it ships out. This timeframe accounts for order verification, quality control measures, and packaging. For more details on the shipping, please check the & Shipping Method&Time.
Q3: How long will it take to receive my order?
Once your order is shipped, you can expect to receive it within 1-2 weeks via international express delivery.
Q4: I don’t know how to develop a robot arm. Is there a graphical interface for operations?
For non-technical players, myCobot supports the drag teaching function. Instead of complex programming, you can use our drag-and-drop teaching function. Simply move the robot arm to the desired positions and it will record the movements. You can save up to 60 minutes of movements and switch between them easily.
Q5: How to get started with Elephant Robotics' robot arm?
Check out our product introduction and user manual link at myCobot 320 PI & myCobot 320 M5. This will give you a good overview of the robot arm's features and functionalities.
Get software tutorial: If you're interested in programming your robot arm, head over to our GitHub repository. Here you'll find tutorials specifically focused on software and coding the robot arm.
Q6: Does it support secondary development of functions?
Absolutely! myCobot is designed for customization. Here are two ways to make it work for you:
Use our coding tools (API): We provide APIs in Python, C++, C#, and Javascript. These allow you to control your myCobot directly or remotely, giving you more flexibility over how you use it.
Deep dive into the code (ROS): If you're comfortable with coding, you can access and modify the Robot Operating System (ROS) code directly. ROS is open-source, which means you have a lot of control over how the robot arm functions.
Q7: How about the repeated positioning accuracy?
The repeated positioning accuracy of myCobot 280 is ±0.5mm, and the repeated positioning accuracy of myCobot 320 is ±0.3mm. The repeat positioning accuracy of the two manipulators is determined based on the length of use.
The positioning of the two products is not the same. The ER 280 robotic arm is a consumer type and is mostly used in the education field. It is recommended to use 1-2 hours to rest for 15-30 minutes. The repeat positioning accuracy can reach ±0.2mm in a short time.The ER 320 is suitable for commercial work within 12 hours, with a repeat positioning accuracy of ±0.3mm. If used in a short time, the repeat positioning accuracy can also reach ±0.2mm.
Q8: Is there a camera on the robotic arm? And is there a visual recognition sorting function?
The robotic arm does not have a camera. But we have machine vision-related kits now available for vision development.
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