Educational Robots

Robot Solutions for K-12, Vocational and University Education

DOBOT Magician

Overview

DOBOT Magician is a multifunctional desktop robotic arm for practical training education. Installed with different end-tools, DOBOT Magician can realize interesting functions such as 3D printing, laser engraving, writing and drawing. It supports secondary development by 13 extensible interfaces and over 20 programming languages, which really makes your creativity and imagination increase without any limitation. As the good performance both in hardware design and software application, DOBOT Magician has won the CES 2018 Innovation Award and iF DESIGN AWARD 2018.

Features

High Qualification Standards – DOBOT Magician applies to major international standards like CE, RoHS, ERP, FCC, KC, PSE, TELEC, etc.
Hands-On Experience – DOBOT Magician is low cost, small size, and easy operation, which allows every student to practice on their own. It improves the teaching efficiency dramatically. It can be controlled by Programming, APP, Bluetooth, WiFi, Mouse, and more.
Secondary Development – DOBOT Magician is compatible to develop user applications with its 13 I/O ports, API, released protocols. It can be developed with several programming languages, ROS, PLC, Microcontroller and Arduino.
Multi-robot Collaboration – You can control several DOBOT Magician by the same device only, which allows Multi-Robot Collaboration.
Free Combination & Training Curriculum – DOBOT Magician is compatible with multiple accessories such as linear rail kit, conveyor belt kit, visual kit, and crawler robot to apply different training projects. What’s more, multiple applications and training curriculum are available. An open platform for robot education like Industrial 4.0, Automation, PLC, etc.
Cost Effective Robotic Arm in Training Education – With a fair and reasonable price, DOBOT Magician has 0.2mm repeatability which can simulate almost all real factory robot applications.

Specifications

Number of Axis	4
Payload	500g
Max. Reach	320mm
Position Repeatability(Control)	0.2 mm
Communication	USB / WIFI / Bluetooch
Power Supply	100 V – 240 V , 50/60 HZ
Power In	12 V / 7A DC
Consumption	60W Max
Working Temperature	-10°C – 60°C

Axis Movement

Axis	Range	Max Speed (250g workload)
Joint 1 base	-90° to + 90°	320° / s
Joint 2 rear arm	0° to +85°	320° / s
Joint 3 forearm	-10° to +95°	320° / s
Joint 4 rotation servo	+90° to -90°	480° / s

Lightweight Intelligent Training Robotic Arm – An all-in-one STEAM Education Platform

DOBOT M1

Overview

The DOBOT M1+AGV experimental development platform is an all-perceptive experimental platform that combines self-developed collaborative robots and intelligent mobile chassis. It can simulate various practical application scenarios, including target secondary positioning, logistics and material handling, path planning and automatic tracing. The platform can satisfy your conceptual understanding and experimental needs of industrial robots, AGV, MES and intelligent manufacturing by perfectly combining industry, university and research to achieve a seamless switch between the laboratory and the factory.

Features
- Modular Design, Highly Flexible – The modular design of the hardware kits makes it easy to install and assemble. Users can select different modules according to specific teaching needs and talent training directions to facilitate the skill learning process of basic operations of the robot.
- Support Secondary Development, Strong Expandability – Several expandable interfaces are reserved to support secondary development. Developed on a super open ROS platform, it can raise the students’ imagination to a higher level.
- Powerful Auto Navigation and Control – Combined with the environment perception, accurate mapping, positioning and navigation, safe obstacle avoidance, multi-point cruise and other functions carried by intelligent mobile robots, it can realize a safe and efficient material capture and delivery in a wide range of space.
- Abundant Teaching Resources – Teaching modules such as basic instruction, path planning, object transporting and robot vision are provided to make it convenient for learning operation skills of industrial robots, step by step.
A secondary experimental development platform for universities and research institutions

CR Collaborative Robot Series

Overview

Empowered by a wide range of payload from 3 to 16kg, our cobots are applicable to multiple industries. They operate in a 6-axis mode, enabling the high level of their flexibility.

Features
- Easy to Deploy, Quick to Perform – Improve the flexibility of your product line and production efficiency by using an easy to deploy CR collaborative robot within 20 minutes to set up and quickly put into application within 1 hour to perform.
- Accessible, Easy to Master – Our software and arithmetic technology makes the operation and management of the CR collaborative robot series intelligent and straightforward. It can accurately emulate human actions by demonstrating the path. No programming skills are required for that.
- Expandable, Compatible – CR collaborative robot series is recommended not only because of its extensive portfolio of end of arm tooling devices but also because of universal communication interfaces. Featuring multiple I/O and communication interfaces makes CR collaborative robot series widely expandable and compatible with many end of arm tooling devices. As a result, CR collaborative robots satisfy a wide range of needs in various application scenarios.
- Reliable – CR collaborative robot series is solid and durable to ensure a long life span of 32000 hours of service life. It also has tight tolerances to ensure the investment’s security and higher ROI.
DOBOT SafeSkin add-on

DOBOT’s exclusive SafeSkin technology is a wearable non-contacting collision detection product for collaborative robots.

With the electromagnetic induction in SafeSkin, the CR collaborative robot series can detect an electromagnetic object quickly within 10ms and stop moving to avoid contacts or injuries until the object moves away and resume operation without compromising production automatically.
The safest flexible cobots for classroom usage

DOBOT Robot Vision Kit

Overview

With rich features and reliable performance, DOBOT Vision Kit can perfectly meet your needs for visual applications such as visual positioning, measurement, detection and recognition. Simple and flexible configurations like graphical interaction and drag-and-drop operation enable users to better understand the vision kit’s basic components and theories while using. Meanwhile, when flexibly combined with products like DOBOT Magician, DOBOT M1, and their accessories, the vision kit is capable of carrying out different experiment projects. Basic software demos and source codes for visual applications are available for you to get started quickly with DOBOT Vison Kit.

Specifications

Product Number	MV-CE050-30UC
Sensor Size	1/2.5″CMOS
Sensor Type	AR0521
Effective Pixel	5 Million
Hue	Color
Pixel Size	2.2×2.2um
Frame Rate / Resolution	31 @2592×1944
SNR	>40dB
Dynamic range	>60dB
Shutter Type	Curtain Exposure
Time of exposure	Bayer：16μs-1sec Other Format：28μs-1sec
Exposure control	Auto/Manual
Size	29mm×29mm×30mm
Data Interface	USB3.0
Working Temperature	0~50°C
Lens Mount	C-Mount

Explore AI, Start from AI-Starter

AI-Starter

Overview

Born for artificial intelligence learning, AI-Starter is an entry-level educational robot platform and an integrated robot learning suite integrating mechanism, electronic and programming. AI-Starter is compatible with Arduino motherboard. It has rich sensor modules, which can realize interesting functions such as patrol line and obstacle avoidance. It combines teaching and fun, which can enhance children’s interest in learning robots.AI-Starter supports graphical programming. Children can easily get access to programming knowledge through simple drag and drop, thus to develop their logical thinking ability and train them to become the front runners in the era of artificial intelligence. Start your artificial intelligence learning with AI-Starter.

Features

Graphical Programming Makes Teaching More Fun – With Arduino-compatible graphic programming software, children can learn programming knowledge intuitively and cultivate logical thinking ability easily.
Smart Autopilot – AI-Starter builds in kinds of sensors including infrared patrol line, ultrasonic wave, color, photosensitive and geomagnetic sensors, which can simulate automatic driving to realize the functions of tracking and avoiding obstacles without control, so as to experience the charm of autopilot.
AI Teaching Courses – Teaching materials and online courses about robot programming are provided. Students can follow the tutorials to assemble robot, build circuit and write program step by step.
Various Extended Interface with Diverse Uses – AI-Starter provides XBEE, bluetooth, universal IO, serial port, I2C and other extended interfaces, which allow children to open their imagination and unlock more ways to use.
One-Step USB Socket – With a large capacity of 18650, the battery can be charged by simply connecting to a universal USB charger directly, which makes the battery more durable.

Specifications

Motor Parameters :
Operating Voltage	7.4V
Control Board	DuDuino Mega2560 (compatible with Arduino Mega2560)
MPU :	ATmega2560
Battery:	18650 Li-ion rechargeable battery
Ultrasonic Measurement Range :	30mm-1000mm
AI-Starter Size:	195mm x 172mm x 79mm
AI-Starter Weight:	810g
Maximum Load:	500g
Tire Diameter:	67mm
Operating Environment:	0℃-40℃
Programming Software:	Arduino IDE, Mixly
Communication Interface:	USB communication / Serial communication
Expansion Interface:	4PIN general I / O interface x 2
Sensor:	Ultrasonic sensor x 3 / Color sensor x 2 / Infrared sensor / Geomagnetic sensor x 1 / Light sensor x 1
	Reduction ratio:	48:1
	Voltage	7V
	No-load current	150mA
	Stall current	150mA
	Maximum rotate speed:	200r/m
	Encoder resolution ratio	585pulse/r